Input: [Aerobatic Manoeuvre] Barrel/Snap Rolls [Brief Description] Barrel: Combination of a loop and a roll;Â A steep climb followed by a roll, into a dive to level flight at original height, speed and heading. Snap: Autorotation one wing stalled. [S or F]

Output: Blacked out due to G Force

No! I was smoking and it wasn’t a Cuban.

Addictive Simulations - Pitts Special S-1 Review - Addictive Simulations have released a Pitts Special S1 which is a light aerobatic biplane designed for FSX and FS2004. This is a biplane single seater, tail dragger racer. This is a stunner of a reasonably fast manoeuvrable aerobatic and even acrobatic racer. It is a very nice model, very crisp lines and some nice animation touches. It is great to fly and coupled with Just Flightâ€™s Airshow Pilot it certainly gave me hours of fun and excitement during the review. I want to park one of these next to my car and take-off down the street â€“ imagine the looks on the neighbourâ€™s faces. I only reviewed the FSX version.


Input: [Aerobatic Manoeuvre] Spin [Brief Description] Erect (Right way up); Inverted and Flat Basically: Spins have. Stall to spin, the plane followed by the auto-rotation of a set number of turns eg: Â¾, 1, 1 Â¼ and 1 Â½ turns. Â To succeed the rotation must stop exactly after a specified number of turns and then you should gain full control of the plane. [S or F]

Output: Erect only — partial success

No! I was smoking and it wasn’t a Cuban.

Addictive Simulations - Pitts Special S-1 Review - Addictive Simulations have released a Pitts Special S1 which is a light aerobatic biplane designed for FSX and FS2004. This is a biplane single seater, tail dragger racer. This is a stunner of a reasonably fast manoeuvrable aerobatic and even acrobatic racer. It is a very nice model, very crisp lines and some nice animation touches. It is great to fly and coupled with Just Flightâ€™s Airshow Pilot it certainly gave me hours of fun and excitement during the review. I want to park one of these next to my car and take-off down the street â€“ imagine the looks on the neighbourâ€™s faces. I only reviewed the FSX version.


Input: [Aerobatic Manoeuvre] Figure of 8 eg Cuban Eight [Brief Description] Fly a figure of 8 with looping and rolls and straight flight. [S or F]

Output: No! I was smoking and it wasn’t a Cuban.

No! I was smoking and it wasn’t a Cuban.

Addictive Simulations - Pitts Special S-1 Review - Addictive Simulations have released a Pitts Special S1 which is a light aerobatic biplane designed for FSX and FS2004. This is a biplane single seater, tail dragger racer. This is a stunner of a reasonably fast manoeuvrable aerobatic and even acrobatic racer. It is a very nice model, very crisp lines and some nice animation touches. It is great to fly and coupled with Just Flightâ€™s Airshow Pilot it certainly gave me hours of fun and excitement during the review. I want to park one of these next to my car and take-off down the street â€“ imagine the looks on the neighbourâ€™s faces. I only reviewed the FSX version.


Input: [Aerobatic Manoeuvre] Hammerhead Stall Turn [Brief Description] Fly and start with a quarter loop into a vertical climb.Â When the plane stops climbing, apply (right) rudder & thrust, and the plane pivots around its vertical axis and the nose eventually points down.Â Finish with a quarter of a loop to horizontal flight. [S or F]

Output: Limited Success

No! I was smoking and it wasn’t a Cuban.

Addictive Simulations - Pitts Special S-1 Review - Addictive Simulations have released a Pitts Special S1 which is a light aerobatic biplane designed for FSX and FS2004. This is a biplane single seater, tail dragger racer. This is a stunner of a reasonably fast manoeuvrable aerobatic and even acrobatic racer. It is a very nice model, very crisp lines and some nice animation touches. It is great to fly and coupled with Just Flightâ€™s Airshow Pilot it certainly gave me hours of fun and excitement during the review. I want to park one of these next to my car and take-off down the street â€“ imagine the looks on the neighbourâ€™s faces. I only reviewed the FSX version.


Input: [Aerobatic Manoeuvre] Immelmann [Brief Description] This is a Â½ (180 Â°) loop to upside down then and immediately into a Â½ roll to level flight in one smooth movement without pauses. [S or F]

Output: Partial Success

No! I was smoking and it wasn’t a Cuban.

Addictive Simulations - Pitts Special S-1 Review - Addictive Simulations have released a Pitts Special S1 which is a light aerobatic biplane designed for FSX and FS2004. This is a biplane single seater, tail dragger racer. This is a stunner of a reasonably fast manoeuvrable aerobatic and even acrobatic racer. It is a very nice model, very crisp lines and some nice animation touches. It is great to fly and coupled with Just Flightâ€™s Airshow Pilot it certainly gave me hours of fun and excitement during the review. I want to park one of these next to my car and take-off down the street â€“ imagine the looks on the neighbourâ€™s faces. I only reviewed the FSX version.


Input: [Aerobatic Manoeuvre] The Knife Edge [Brief Description] Basically a roll stoped at 90Â° and flying at 90Â° to the ground. [S or F]

Output: Partial Success

No! I was smoking and it wasn’t a Cuban.

Addictive Simulations - Pitts Special S-1 Review - Addictive Simulations have released a Pitts Special S1 which is a light aerobatic biplane designed for FSX and FS2004. This is a biplane single seater, tail dragger racer. This is a stunner of a reasonably fast manoeuvrable aerobatic and even acrobatic racer. It is a very nice model, very crisp lines and some nice animation touches. It is great to fly and coupled with Just Flightâ€™s Airshow Pilot it certainly gave me hours of fun and excitement during the review. I want to park one of these next to my car and take-off down the street â€“ imagine the looks on the neighbourâ€™s faces. I only reviewed the FSX version.


Input: [Aerobatic Manoeuvre] The Scissors [Brief Description] Flying in a zig-zag fashion [S or F]

Output: Limited Success

No! I was smoking and it wasn’t a Cuban.

Addictive Simulations - Pitts Special S-1 Review - Addictive Simulations have released a Pitts Special S1 which is a light aerobatic biplane designed for FSX and FS2004. This is a biplane single seater, tail dragger racer. This is a stunner of a reasonably fast manoeuvrable aerobatic and even acrobatic racer. It is a very nice model, very crisp lines and some nice animation touches. It is great to fly and coupled with Just Flightâ€™s Airshow Pilot it certainly gave me hours of fun and excitement during the review. I want to park one of these next to my car and take-off down the street â€“ imagine the looks on the neighbourâ€™s faces. I only reviewed the FSX version.


Input: [Meaning] Boring is an operation to enlarge and finish holes accurately. This may be done on a lathe or a milling machine. [Context] Boring is a machine operation in which the work is in contact with a single point tool. [More Information] A work piece may be held in a 3, 4, or 6 jaw chuck and collets. [Word]

Output: boring

Machining Operations


Input: [Meaning] Broaching is an operation that completes the cutting in one stroke or cut. [Context] Broaching can be done on both internal and external surfaces. [More Information] The teeth of a broaching tool are equally spaced so that as the tool advances into the workpiece, each tooth removes a specified amount of metal. [Word]

Output: broaching

Machining Operations


Input: [Meaning] Drilling is an economical way of removing large amounts of metal to create semi-precision round hole or cavity. [Context] Drilling allows a person to make holes through boards, metals, and other materials. [More Information] Used for last removal of stock on preparation for other operations like boring, reaming, or tapping. [Word]

Output: drilling

Machining Operations


Input: [Meaning] A machine designed to hold drill bits which will produce cylindrical holes. [Context] Used for producing cylindrical holes, as well as reaming, boring, counter-boring, counter-sinking, honing, lapping and tapping. [More Information] There are three major types: - Sensitive drill (light drilling) - Upright drill (heavy duty drilling) - Radial arm drill press (large, heavy workpieces) [Word]

Output: drill press

Machining Operations


Input: [Meaning] Facing is a lathe operation in which the cutting tool removes metal from the end of the workpiece or a shoulder. [Context] Facing is a machine operation where the work is rotated against a single point tool. [More Information] A workpiece may be held in a 3, 4, or 6 jaw chuck, collets or a faceplate. [Word]

Output: facing

Machining Operations


Input: [Meaning] Gang drilling machine performs a number of drilling operations in a sequence. [Context] The gang drilling machine is a series of single spindle drill heads mounted on a long table. [More Information] Each head is equipped with a different tool to drill the part being machined as it moves from one station to the next. [Word]

Output: gang drilling machine

Machining Operations


Input: [Meaning] Grinding is an operation in which the cutting is done by the use of abrasive particles. [Context] Grinding processes remove very small chips in very large numbers by cutting the action of many small individual abrasive grains. [More Information] The abrasive grains are formed into a grinding wheel. Very smooth surfaces can be accomplished by the use of the proper grinding wheel. [Word]

Output: grinding

Machining Operations


Input: [Meaning] Grinding machine machines metal parts with an abrasive wheel which can grind to close tolerances. [Context] Grinding machines can produce parts of the identical size, shape, and finish quality. [More Information] Various types of grinding machines: - Plain Surface grinders - Rotary Surface grinders - Tool & Cutter grinders - Universal grinders - Internal grinders [Word]

Output: grinding machine

Machining Operations


Input: [Meaning] Gun drilling machine is a machine used to produce long, deep holes. The operation is called "Gun drilling". [Context] In some drilling machines, the gun drill is held firm in a machine and the workpiece revolves; in other cases the work is stationary and the tool revolves. [More Information] Uses three types of spindles for producing deep holes: - way - quill - fixed-spindle [Word]

Output: gun drilling machine

Machining Operations


Input: [Meaning] Honing is an internal cutting technique that uses abrasives on a rotating tool to produce extremely accurate holes that require a very smooth finish. [Context] Honing operation [More Information] Similar to lapping where abrasive sticks are mounted in a rotating tool. Capable of accuracies of less than 1/10,000th of one inch. [Word]

Output: honing

Machining Operations


Input: [Meaning] A horizontal milling machine uses a rotating tool to produce flat surfaces. Used for heavy stock removal. [Context] The milling machine provides cutting action with a rotating tool. [More Information] The spindle is mounted on a horizontal position. Available in different size tables. [Word]

Output: horizontal milling machine

Machining Operations


Input: [Meaning] The lathe is used for producing cylindrical work. The workpiece is rotated while the cutting tool movement is controlled by the machine. [Context] The lathe is primarily used for cylindrical work. [More Information] The lathe may be used for: boring, drilling, tapping, turning, facing, threading, polishing, grooving, knurling, trepanning [Word]

Output: lathe

Machining Operations


Input: [Meaning] Non-precision grinding is a cutting technique used when the grinding does not need to be accurate. [Context] Non-precision grinding is done when accuracy is not important. [More Information] Non-precision grinding is a free-hand operation done on a pedestal or bench grinder. [Word]

Output: non-precision grinding

Machining Operations


Input: [Meaning] Precision grinding is a cutting technique used when close tolerances and very smooth finishes are required. [Context] Precision grinding as often used as a finish machining process. [More Information] Precision grinding allows very small amounts of material to be removed from a workpiece. This is extremely useful in acquiring smooth fnishes. [Word]

Output: precision grinding

Machining Operations


Input: [Meaning] Reaming is a sizing operation that removes a small amount of metal from a hole already drilled. [Context] The reamer is the tool used for this operation. [More Information] Machinists may use hand or machine reamers depending on the job they are performing. [Word]

Output: reaming

Machining Operations


Input: [Meaning] Shaper is a machine used for the production of flat surfaces in vertical, horizontal, or angular planes. [Context] The shaper cuts by passing a single point tool by the workpiece. [More Information] There are three types of shapers: - Horizontal / plain or universal - Vertical (slotter and key seater) - Special [Word]

Output: shaper

Machining Operations


Input: [Meaning] Shaping is an operation used to produce flat surfaces. [Context] Shaping [More Information] When the cutting tool reciprocates while the work is fed towards the tool removing material on each stroke, it is called shaping. [Word]

Output: shaping

Machining Operations


Input: [Meaning] Single point threading is a lathe operation used for creating internal / external precision machined threads with a single point tool. [Context] Single point threading [More Information] Uses a special cutting tool that reflects the thread form. There are over 100 thread forms. [Word]

Output: single point threading

Machining Operations


Input: [Meaning] Sensitive drill press is a high speed machine that drills very small holes. [Context] The sensitive drill press [More Information] - it is used for light duty work - extremely precise quill and spindle - capable of speeds of over 40,000rpm - maximum drill size of 1/32 of an inch [Word]

Output: sensitive drill press

Machining Operations


Input: [Meaning] Tapping is the process of cutting a thread inside a hole so that a cap screw or bolt can be threaded into the hole. Also, it is used to make threads on nuts. [Context] Tapping is done with a tool called a "Tap". [More Information] Tapping may be done by: - hand - lathe machine - milling machine - tapping machine [Word]

Output: tapping

Machining Operations


Input: [Meaning] Turning is a lathe operation in which the cutting tool removes metal from the outside diameter of a workpiece. [Context] A single point tool is used for turning. [More Information] A workpiece may be held in a 3, 4, or 6 jaw chuck, collets or may also be held between centers. [Word]

Output: turning

Machining Operations


Input: [Meaning] A vertical milling machine uses a rotating tool to produce flat surfaces. A very flexible, light-duty machine. [Context] The milling machine provides cutting action with a rotating tool. [More Information] The spindle is mounted on a vertical position. Available in different size tables. [Word]

Output: vertical milling machine

Machining Operations


Input: [Description] A six-stringed lyre played with the fingers or a plectrum [Instruments]

Output: Kirar

Ethiopian Tourism Traditional Music and Dance


Input: [Description] A diamond-shaped wooden sound box with one horse hair-string and played with a bow [Instruments]

Output: Masinko

Ethiopian Tourism Traditional Music and Dance


Input: [Description] A small flute which is very famous by shepherd [Instruments]

Output: Washint

Ethiopian Tourism Traditional Music and Dance


Input: [Description] A small drum usually held in the hand, under the arm or between the knees of the player Tapped with the palm and usually played at weddings and festivals to lead the rhythmic beat of music [Instruments]

Output: Atamo

Ethiopian Tourism Traditional Music and Dance


Input: [Description] A simple one-tone flue mainly used on ceremonial occasions and heralding [Instruments]

Output: Embilta

Ethiopian Tourism Traditional Music and Dance


Input: [Description] A kind of trumpet used on ceremonial occasions [Instruments]

Output: Meleket

Ethiopian Tourism Traditional Music and Dance


Input: [Botanical Name] Catharanthus Roseus 'Tropicana' [Commong Name] Periwinkle [Bloom Time]

Output: Early Summer To Fall


Input: [Botanical Name] Celosia Cristata 'Pink Tassles' [Commong Name] Cockscomb [Bloom Time]

Output: Late Summer To Fall


Input: [Botanical Name] Cleome Hasslerana 'Pink Queen' [Commong Name] Spider Flower [Bloom Time]

Output: Early Summer To Fall


Input: [Botanical Name] Cosmos Bipinnatus 'Versailles Pink' [Commong Name] Cosmos [Bloom Time]

Output: Late Summer To Fall


Input: [Botanical Name] Crepis Rubra [Commong Name] Hawksbeard [Bloom Time]

Output: Late Summer To Fall


Input: [Botanical Name] Diascia Barberae 'Pink Queen' [Commong Name] Twinspur [Bloom Time]

Output: Early Summer To Fall


Input: [Botanical Name] Pelargonium X Hortorum 'Freckles' [Commong Name] Zonal Geranium [Bloom Time]

Output: Early Summer To Fall


Input: [Botanical Name] Petunia X Hybrida 'Fantasy Pink Morn' [Commong Name] Petunia [Bloom Time]

Output: Early Summer To Fall


Input: [Botanical Name] Verbena X Hybrida 'Silver Ann' [Commong Name] Vervain [Bloom Time]

Output: Early Summer To Fall


Input: [Lithium BugE] Single plane steel rectangular tubing [Lithium Hawk] Aluminum round tubing [Advantage] Multi-plane aluminum tubular frame is much more robust with no frame flex adding to safety and stability. [Component/ Feature]

Output: Frame


Input: [Lithium BugE] Fiberglass open fairing [Lithium Hawk] Fiberglass or carbon composite with chromally steel embedded cage. [Advantage] A fully enclosed composite body with a chromally integrated roll cage will be safe, secure and quiet. [Component/ Feature]

Output: Body


Input: [Lithium BugE] Frame centric monoshock [Lithium Hawk] Three wheel in dependent [Advantage] The independent suspension on all three wheels will provide a smooth ride with great handling. [Component/ Feature]

Output: Suspension


Input: [Lithium BugE] Cable actuated drum, hand lever and foot brake [Lithium Hawk] Hydraulic disk, pedal actuated with front/rear proportioning [Advantage] Hydraulic disc brakes will be responsive and provide superior braking. The proportioning valve will allow me to balance the front brakes to the back brake. [Component/ Feature]

Output: Brakes


Input: [Lithium BugE] AC 9, 38HP, 85 ft-lbs [Lithium Hawk] AC 31, 50HP, 115 ft-lbs [Advantage] Likely similar power to weight ratio since the Lithium BugE was tuned down but this much larger motor will remain cooler. [Component/ Feature]

Output: Motor


Input: [Lithium BugE] Curtis 2265, 102 Volts, 300 Amps [Lithium Hawk] 130 Volts, 550 Amps [Advantage] More powerful and higher system voltage [Component/ Feature]

Output: Controller


Input: [Lithium BugE] Prismatic Thunder Sky TS-90LFP, 24 cells X 90AH, total energy 6.9 to 7.2kwh [Lithium Hawk] Cylindrical K2 Energy LFP22650P, 1980 cells X 2.6AH [Advantage] Far superior cells handling 8 to 10 C continuous compared to 0.8 to 1 C for Thunder Sky cells. Total energy will be >15kwh. There should be much more usable energy as a result of far less internal losses. [Component/ Feature]

Output: Cells


Input: [Lithium BugE] Est. 400lbs [Lithium Hawk] Est. 900lbs [Advantage] At more than twice the weight, the Lithium Hawk will consume more energy to start off or to accelerate but the added vehicle mass will add tremendous stability and improve handling [Component/ Feature]

Output: Gross Weight


Input: [Lithium BugE] Sprocket and chain [Lithium Hawk] Goodyear Eagle advanced synchronous drive and Honda GL1800 shaft drive. [Advantage] The new drive system will be quiet and efficient requiring little to no maintenance. [Component/ Feature]

Output: Drive


Input: [Lithium BugE] 2” X 16” moped with 2.5 inch tires [Lithium Hawk] Front 17” Kawasaki 600 ZX6R wheels with oversized high mileage Metzeller tires and a Honda GL1800 rear wheel with a Bridgestone Ecopia ultra low rolling resistance car tire [Advantage] Larger wheels will help keep the vehicle stable. Rear car tire will add traction and may result in overall lower rolling resistance [Component/ Feature]

Output: Wheels


Input: [Lithium BugE] 34” [Lithium Hawk] 66” [Advantage] Far greater front wheel base will add stability and improve handling [Component/ Feature]

Output: Front Wheel Base


Input: [Lithium BugE] Small [Lithium Hawk] Height of a small SUV [Advantage] Driver will have greater visibility and will be easier to be seen by others [Component/ Feature]

Output: Size


Input: [Lithium BugE] No passengers, one driver seat [Lithium Hawk] 1 passenger, 2 seat [Advantage] Seats are Corbeau reclining racing seats. They are very light, comfortable and can be adjusted [Component/ Feature]

Output: Passengers/Seats


Input: [Lithium BugE] None [Lithium Hawk] 3 point safety harness for driver and passenger [Advantage] These are professional racing harnesses [Component/ Feature]

Output: Safety Belts


Input: [Fall Leaf Color] yellow, maroon [Tree]

Output: ash

Fall Foliage | Virginia Department of Forestry


Input: [Fall Leaf Color] yellow to orange [Tree]

Output: beech

Fall Foliage | Virginia Department of Forestry


Input: [Fall Leaf Color] scarlet to purple [Tree]

Output: dogwood

Fall Foliage | Virginia Department of Forestry


Input: [Fall Leaf Color] golden bronze [Tree]

Output: hickory

Fall Foliage | Virginia Department of Forestry


Input: [Fall Leaf Color] red, brown or russet [Tree]

Output: oak

Fall Foliage | Virginia Department of Forestry


Input: [Fall Leaf Color] golden yellow [Tree]

Output: poplar

Fall Foliage | Virginia Department of Forestry


Input: [Fall Leaf Color] brilliant scarlet [Tree]

Output: red maple

Fall Foliage | Virginia Department of Forestry


Input: [Cutoff Method] Cold Saw [Advantages] Fast and inexpensive; cuts odd shapes [Limitations] Creates chips; kerf leads to material loss [Comments] Suitable for a fast, inexpensive cut where chips and material loss are not critical [Inline Adaptability]

Output: Very limited

Cutting to the chase - integrating secondary operations - TheFabricator.com


Input: [Cutoff Method] Abrasive Wheel [Advantages] High cut speed, handles odd shapes [Limitations] Abrasive dust, material loss [Comments] Similar to saw cut, but with improved cut speed [Inline Adaptability]

Output: Very limited

Cutting to the chase - integrating secondary operations - TheFabricator.com


Input: [Cutoff Method] Band Saw [Advantages] Cuts larger-diameter tube and pipe [Limitations] Creates chips, kerf causes material loss; limited for automation [Comments] Not very practical for automation [Inline Adaptability]

Output: Not practical

Cutting to the chase - integrating secondary operations - TheFabricator.com


Input: [Cutoff Method] Nick and Shear [Advantages] Fast; excellent on hard materials [Limitations] Burrs; not good for soft materials; kerf leads to material loss [Comments] Automation better suited for transfer line [Inline Adaptability]

Output: Limited

Cutting to the chase - integrating secondary operations - TheFabricator.com


Input: [Cutoff Method] Lathe Cut [Advantages] Cuts desired end and OD/ID shapes; high cut quality [Limitations] Creates chips; lubricant or coolant required; kerf leads to material loss [Comments] Automation is limited to transfer line applications with integrated cleaning [Inline Adaptability]

Output: Limited

Cutting to the chase - integrating secondary operations - TheFabricator.com


Input: [Cutoff Method] Rotary Cut [Advantages] Chipless; end condition good for all but the most complicated end forms [Limitations] Complicated end forms (4+ hits) require end finish; not applicable for heavy-wall tube (>0.100") [Comments] Best cutting method for integrated, inline systems [Inline Adaptability]

Output: Good

Cutting to the chase - integrating secondary operations - TheFabricator.com


Input: [Cutoff Method] Laser [Advantages] Chipless; cuts exotic materials; can cut precise shapes [Limitations] Relatively expensive; process causes material loss; may require end finishing prior to end forming [Comments] Suitable for applications requiring high cut quality, such as for mandrel bending, and reduced secondary operations [Inline Adaptability]

Output: Good Limited

Cutting to the chase - integrating secondary operations - TheFabricator.com


Input: 1200-1250 [Definition of Process] Shaping glass by heating it until it bends over a mold under its own weight [Process]

Output: Draping


Input: 1300-1400 [Definition of Process] Heating glass to the point where the edges round off and are left with a shiny appearance [Process]

Output: Fire Polishing


Input: 1250-1350 [Definition of Process] Shaping glass by heating it until it stretches and drops (slumps) into a mold [Process]

Output: Slumping


Input: 1350-1425 [Definition of Process] Heating the glass to the point where the individual pieces begin to stick together with each piece retaining its shape and character [Process]

Output: Tack fusing


Input: 1470-1550 [Definition of Process] Merge two or more layers of glass by heating and temperature soaking until the glass is fully combined [Process]

Output: Full Fusing


Input: 1480-1600 [Definition of Process] Small crushed pieces of glass (frit) are placed inside a dam mold to control the shape and fired to full fuse [Process]

Output: Frit Casting


Input: 1500-1600 [Definition of Process] Finely ground glass is emulsified, placed into a special mold and kiln fired to form a solid glass sculptural shape [Process]

Output: Pate de Verre


Input: 1650-1750 [Definition of Process] Glass is softened to almost molten state and is manipulated by “raking” a metal tool across the surface [Process]

Output: Combing


Input: 1700-1800 [Definition of Process] Glass is melted in a crucible to a liquid state then it is poured into a specially prepared mold [Process]

Output: Glass Casting


Input: [Title] HPU-1207 [Description] Spray-on bedliner [Typical Uses]

Output: Truck beds and utility trailers


Input: [Title] HPU-1227 [Description] Protective elastomeric coating [Typical Uses]

Output: Industrial applications and OEM parts


Input: [Title] HPU-1325 [Description] Fast setting spray coating [Typical Uses]

Output: Abrasion resistant coating for trucks, trailers and boats. Protective coating for rigid surfaces.


Input: [Title] HPU-1653 [Description] Slip resistant coating [Typical Uses]

Output: Loading ramps and flooring


Input: [Title] HPU-1734 [Description] High hardness coating [Typical Uses]

Output: Coating for steel, EPS and wood


Input: [Title] P-480 [Description] High performance polyurea elastomer [Typical Uses]

Output: Protective coating for secondary containment


Input: [Title] P-500 [Description] High elongation polyurea [Typical Uses]

Output: Cold spray and extended set time


Input: [Title] P-700 [Description] Waterproof protective coating [Typical Uses]

Output: Waterproofing, protective coating for metal and concrete, abrasion resistant coating for floors and tanks.


Input: [Beauty & Grooming] ___Body Lotion [Safety & Security] ___Alarms [Clothing]

Output: ___Blazer


Input: [Beauty & Grooming] ___Brush [Safety & Security] ___Travel Lock [Clothing]

Output: ___Blouses


Input: [Beauty & Grooming] ___Comb [Safety & Security] ___Credit Card #’s [Clothing]

Output: ___Raincoat


Input: [Beauty & Grooming] ___Cotton Balls [Safety & Security] ___Emergency Dental Kit [Clothing]

Output: ___Dresses


Input: [Beauty & Grooming] ___Cotton Swabs [Safety & Security] ___Portable Door Lock [Clothing]

Output: ___Evening Wear


Input: [Beauty & Grooming] ___Curling Iron [Safety & Security] ___First Aid Kit [Clothing]

Output: ___Exercise Wear


Input: [Beauty & Grooming] ___Dental Floss [Safety & Security] ___Flashlight [Clothing]

Output: ___Jacket


Input: [Beauty & Grooming] ___Deodorant [Safety & Security] ___Impt. Phone #’s [Clothing]

Output: ___Jumper


Input: [Beauty & Grooming] ___Facial Tissues [Safety & Security] ___Itinerary copy [Clothing]

Output: ___Knits


Input: [Beauty & Grooming] ___Hair Brush [Safety & Security] ___Luggage Tag [Clothing]

Output: ___Rain Poncho


Input: [Beauty & Grooming] ___Hair Clips/Pins [Safety & Security] ___Money Belt [Clothing]

Output: ___Shirts


Input: [Beauty & Grooming] ___Hair Conditioner [Safety & Security] ___Nightlight [Clothing]

Output: ___Shorts


Input: [Beauty & Grooming] ___Hair Dryer [Safety & Security] ___Passport copy [Clothing]

Output: ___Skirts


Input: [Beauty & Grooming] ___Hair Rollers [Safety & Security] ___Passport Pouch [Clothing]

Output: ___Slacks/Pants


Input: [Beauty & Grooming] ___Hair Spray [Safety & Security] ___Travelers Ck #’s [Clothing]

Output: ___Socks


Input: [Beauty & Grooming] ___Mirror [Safety & Security] Comfort [Clothing]

Output: ___Sportswear


Input: [Beauty & Grooming] ___Makeup [Safety & Security] ___Ear Plugs [Clothing]

Output: ___Suit


Input: [Beauty & Grooming] ___Manicure Items [Safety & Security] ___Extra Rx Eyeglasses [Clothing]

Output: ___Sweaters


Input: [Beauty & Grooming] ___Moisturizer [Safety & Security] ___Eye Shade [Clothing]

Output: ___Swimsuits


Input: [Beauty & Grooming] ___Mouthwash [Safety & Security] __Anti Bacterial [Clothing]

Output: ___Tops / Tanks


Input: [Beauty & Grooming] ___Perfume Atomizer [Safety & Security] ___Foot Care Kit [Clothing]

Output: Lingerie


Input: [Beauty & Grooming] ___Pocket Tissues [Safety & Security] ___Manicure Set [Clothing]

Output: ___Bras


Input: [Beauty & Grooming] ___Shampoo / Rinse [Safety & Security] ___Pillow – Neck [Clothing]

Output: ___Camisole


Input: [Beauty & Grooming] ___Shaving Kit [Safety & Security] ___Sunglasses [Clothing]

Output: ___Nightie


Input: [Beauty & Grooming] ___Shower Cap [Safety & Security] Miscellaneous [Clothing]

Output: ___Pajamas


Input: [Beauty & Grooming] ___Sun Screen [Safety & Security] ___Address Book [Clothing]

Output: ___Panties


Input: [Beauty & Grooming] ___Talc [Safety & Security] ___Alarm Clock [Clothing]

Output: ___Panty hose


Input: [Beauty & Grooming] ___Toothbrush / Electric [Safety & Security] ___Batteries (extra) [Clothing]

Output: ___Robe


Input: [Beauty & Grooming] ___Toothpaste [Clothing]

Output: ___Slip-Full


Input: [Beauty & Grooming] ___Tweezers [Safety & Security] ___Coffee Maker [Clothing]

Output: Shoes


Input: [Beauty & Grooming] ___Wash Cloth / Soap [Safety & Security] ___Global Translator [Clothing]

Output: ___Boots


Input: [Beauty & Grooming] Personal Medical [Safety & Security] ___Diary / Travel Jrnl [Clothing]

Output: ___Exercise


Input: [Beauty & Grooming] ___Adhesive Strips [Clothing]

Output: ___Flats


Input: [Beauty & Grooming] ___Antibacterial Soap [Safety & Security] ___Electrical Converter/Plugs [Clothing]

Output: ___Heels


Input: [Beauty & Grooming] ___Antihistamine [Safety & Security] ___Film (extra) [Clothing]

Output: ___Pumps


Input: [Beauty & Grooming] ___Antiseptic [Safety & Security] ___Guide Books [Clothing]

Output: ___Sandals


Input: [Beauty & Grooming] ___Calamine Lotion [Safety & Security] ___Hospitably Gifts [Clothing]

Output: ___Slippers


Input: [Beauty & Grooming] ___Collapsible Cup [Safety & Security] ___Luggage Tags [Clothing]

Output: ___Walking


Input: [Beauty & Grooming] ___Contact Lens Cleaner [Safety & Security] ___Maps [Clothing]

Output: Accessories


Input: [Beauty & Grooming] ___Cotton Swabs [Safety & Security] ___Pens / Pencils [Clothing]

Output: ___Belts


Input: [Beauty & Grooming] ___Dandruff Shampoo [Safety & Security] ___Personal Recorder [Clothing]

Output: ___Day Jewelry


Input: [Beauty & Grooming] ___Diarrhea Medicine [Safety & Security] ___Playing Cards [Clothing]

Output: ___Evening Jewelry


Input: [Beauty & Grooming] ___Electric Heating Pad [Safety & Security] ___Photo Album [Clothing]

Output: ___Evening Purse


Input: [Beauty & Grooming] ___Eye Cup [Safety & Security] ___Radio [Clothing]

Output: ___Gloves


Input: [Beauty & Grooming] ___Eye Drops [Safety & Security] ___Safety Pins [Clothing]

Output: ___Hat


Input: [Beauty & Grooming] ___Feminine Hygiene [Safety & Security] ___Scissors [Clothing]

Output: ___Scarfs


Input: [Beauty & Grooming] ___Foot Powder [Safety & Security] ___Stamps [Clothing]

Output: ___Shawl


Input: [Beauty & Grooming] ___Ice Bag [Safety & Security] ___Small Pocket Knife [Clothing]

Output: Luggage & Bags


Input: [Beauty & Grooming] ___Indigestion Remedy [Safety & Security] ___Travel Games [Clothing]

Output: ___Blanket


Input: [Beauty & Grooming] ___Insect Repellent [Safety & Security] ___Umbrella [Clothing]

Output: ___Collapsible Tote


Input: [Beauty & Grooming] ___Jet Lag Pills [Safety & Security] ___Water Bottle [Clothing]

Output: ___Carry-on


Input: [Beauty & Grooming] ___Laxative [Safety & Security] Items to Carry [Clothing]

Output: ___Cosmetic Bag


Input: [Beauty & Grooming] ___Lip Balm [Safety & Security] ___Birth Control [Clothing]

Output: ___Luggage


Input: [Beauty & Grooming] ___Motion Sickness Pills [Safety & Security] ___Breakables [Clothing]

Output: ___Laptop Case


Input: [Beauty & Grooming] ___Nasal Spray [Safety & Security] ___Camera & Film [Clothing]

Output: ___Purse


Input: [Beauty & Grooming] ___Petroleum Jelly [Safety & Security] ___Compass / Therm. [Clothing]

Output: Laundry Care


Input: [Beauty & Grooming] ___Toilet Seat Covers [Safety & Security] ___Jewelry Pouch [Clothing]

Output: ___Laundry Kit


Input: [Beauty & Grooming] ___Travel Wipes [Safety & Security] ___Keys [Clothing]

Output: ___Lint Brush


Input: [Beauty & Grooming] ___ [Safety & Security] ___Laptop Computer [Clothing]

Output: ___Mesh Bags


Input: [Beauty & Grooming] ___Water Purifier [Safety & Security] ___Money [Clothing]

Output: ___Resealable Bags


Input: [Safety & Security] ___Passport [Clothing]

Output: ___Sewing Kit


Input: [Beauty & Grooming] Other Items [Safety & Security] ___Photo ID [Clothing]

Output: ___Stain Remover


Input: [Beauty & Grooming] ___ [Safety & Security] ___Reading Material [Clothing]

Output: ___Steamer


Input: [Beauty & Grooming] ___ [Safety & Security] ___Rx Drugs [Clothing]

Output: ___Travel Iron


Input: [Beauty & Grooming] ___ [Safety & Security] ___Tickets [Clothing]

Output: ___Woolite Packets


Input: [Beauty & Grooming] ___ [Clothing]

Output: ___Wrinkle Free Spray


Input: [Vital Ingredient] Vitamin A [2] MORE [Benefit]

Output: Maintenance of good vision and healthy skin, nails and hair.


Input: [Vital Ingredient] Vitamin D [2] MORE [Benefit]

Output: For the maintenance of healthy teeth and bones. Helps the body to utilise calcium.


Input: [Vital Ingredient] Vitamin E [2] MORE [Benefit]

Output: Functions as a tissue antioxidant, thereby keeping cells healthy.


Input: [Vital Ingredient] Vitamin C [2] MORE [Benefit]

Output: Plays a role in maintaining healthy gums, skin and connective tissue. Functions as a tissue antioxidant thereby keeping cells healthy. Helps with the absorption of iron from food.


Input: [Vital Ingredient] Biotin [2] MORE [Benefit]

Output: Helps the body with the transformation of fats and carbohydrate into energy, Contributes to healthy skin and hair.


Input: [Vital Ingredient] Folic acid [2] MORE [Benefit]

Output: Plays a role in the metabolism of cell division and in the regeneration of blood and cells.


Input: [Vital Ingredient] Niacin [2] MORE [Benefit]

Output: Helps the body in protein metabolism and the conversion of fats and carbohydrate into energy.


Input: [Vital Ingredient] Pantothenic acid [2] MORE [Benefit]

Output: Plays a role in the metabolism of fatty acids, glucose and proteins for energy production. Helps maintain healthy skin and mucous membranes.


Input: [Vital Ingredient] Vitamin B1 [2] MORE [Benefit]

Output: Required for the release of energy from glucose. Maintains healthy nerve function.


Input: [Vital Ingredient] Vitamin B2 [2] MORE [Benefit]

Output: For the production of energy from protein, fat and carbohydrate. Helps maintain healthy skin.


Input: [Vital Ingredient] Vitamin B12 [2] MORE [Benefit]

Output: Contributes to the health of the nervous system and is involved in the manufacture of red blood cells.


Input: [Vital Ingredient] Iron [2] MORE [Benefit]

Output: Helps maintain healthy red blood cells, which play a role in oxygen transportation.


Input: [Vital Ingredient] Magnesium [2] MORE [Benefit]

Output: Helps in the utilisation of proteins. Helps and maintains healthy nervous system metabolism.


Input: [Vital Ingredient] Selenium [2] MORE [Benefit]

Output: Supports the immune system.


Input: [Menu] 1 [Entrée] Spaghetti W Meat and Sauce [Side] Potatoes, Au Gratin [Dessert] Strawberry/Banana Dairy Shake [Beverage] Grape Electrolyte [Bread & Spread]

Output: Cracker and Cheese Spread Fortified

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [Menu] 2 [Entrée] Chili With Beans [Side] Fried Rice [Dessert] Strawberry Dairy Shake [Beverage] Lemon Lime elec [Bread & Spread]

Output: MRE Cracker and Stawberry Jam

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [Menu] 3 [Entrée] Vegetarian Ratatouille [Side] Potatoes, Au Gratin [Dessert] Chocolate Chip Cookie [Beverage] Lemon Lime elec [Bread & Spread]

Output: Cracker and Peanut Butter Fortified

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [Menu] 4 [Entrée] Chicken with Noodles [Side] Fried Rice [Dessert] Strawberry Toaster Pastry [Beverage] Grape elec [Bread & Spread]

Output: Cracker and Cheese Spread Fortified

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [Menu] 5 [Entrée] Beef Ravioli [Side] Potato Cheddar Soup [Dessert] Chocolate Pudding [Beverage] Lemon Lime elec [Bread & Spread]

Output: Cracker and Cheese Spread Fortified

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [Menu] 6 [Entrée] Chicken Fajita [Side] Fried Rice [Dessert] Spice Pound Cake [Beverage] Orange Drink elec [Bread & Spread]

Output: Tortillas

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [Menu] 7 [Entrée] Meatballs in Marinara Sauce [Side] Potato Cheddar Soup [Dessert] Vanilla Pudding [Beverage] Lemon Lime elec [Bread & Spread]

Output: Cracker and Peanut Butter Fortified

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [Menu] 8 [Entrée] Vegetable Lasagna [Side] Zapplesauce [Dessert] Fudge Brownie [Beverage] Orange Drink elec [Bread & Spread]

Output: MRE Cracker and Grape Jelly

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [Menu] 9 [Entrée] Apple Maple Rolled Oats [Side] Brown Sugar Toaster Pastry [Dessert] Maple Muffin Top [Beverage] Fruit Punch elec [Bread & Spread]

Output: Wheat Snack Bread and Blackberry Jam

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [Menu] 10 [Entrée] Pork Sausage Patty [Side] Hash Browns With Bacon [Dessert] Strawberry Toaster Pastry [Beverage] Orange Drink elec [Bread & Spread]

Output: Wheat Snack Bread with Grape Jelly

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [Menu] 11 [Entrée] Pork Sausage Patty [Side] Hash Browns With Bacon [Dessert] Chocolate Toaster Pastry [Beverage] Orange Drink elec [Bread & Spread]

Output: Wheat Snack Bread and Blackberry Jam

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [Menu] 12 [Entrée] Apple Maple Rolled Oats [Side] Zapplesauce [Dessert] Brown Sugar Toaster Pastry [Beverage] Fruit Punch elec [Bread & Spread]

Output: Cracker and Peanut Butter Fortified

Are there gluten-free MREs? And other FAQ | Meal Kit Supply


Input: [My Experience] My QWERTY speed was about 80-90 wpm; current Dvorak speed is about 120-130 wpm. [Reason]

Output: You are likely to see a typing speed increase on the order of 20% or so (a number that may vary wildly depending on what your initial QWERTY speed is: if you start out a slow hunt-and-pecker, you could see 100% or more, if you started out with 100 wpm, you may get something as low as 0-10%).


Input: [My Experience] I had some discomfort verging on pain in my right wrist while typing, which is now gone. [Reason]

Output: You are likely to experience less strain on your wrists and fingers. If you currently suffer from pain due to RSI, it is possible that it will diminish or go away.


Input: [My Experience] So far, I'm still not tired of it. :) [Reason]

Output: You will never get tired of seeing the confused expression on the faces of people who start typing on your computer, and then look up at the screen. :)


Input: [My Experience] I rarely use other computers for longer than it takes to type in my username/password or a URL at a university box. Not a big deal. [Reason]

Output: All modern operating systems support the Dvorak layout natively, so the incremental dollar cost of switching is zero. This also means that if you do need to use someone else's computer for any length of time, switching the keyboard to Dvorak is a matter of a few seconds.


Input: [My Experience] Works for my non-Dvorak family members. [Reason]

Output: It is also possible to set a keyboard shortcut to switch between layouts, so if you need to let a QWERTY user play on your computer on a frequent basis, the transition is painless.


Input: [My Experience] quite true. :) [Reason]

Output: The "geek factor" is not to be underestimated. :)


Input: [My Experience] I personally never bothered to retain QWERTY... [Reason]

Output: It is possible to retain typing skill on both QWERTY and Dvorak, so if you do use many different computers in the course of your activities, knowing Dvorak would not be an obstacle.


Input: [0] Age [Laryngomalacia] birth to months [Tracheomalacia]

Output: birth to 2-3 months

Virtual Pediatric Hospital: ElectricAirway: Upper Airway Problems in Children: Table of Characteristics of Tracheomalacia and Laryngomalacia


Input: [0] Patient Presentation [Laryngomalacia] stridor hoarseness difficult feeding [Tracheomalacia]

Output: stridor hoarseness difficult feeding respiratory distress

Virtual Pediatric Hospital: ElectricAirway: Upper Airway Problems in Children: Table of Characteristics of Tracheomalacia and Laryngomalacia


Input: [0] PE [Laryngomalacia] dyspnea respiratory distress [Tracheomalacia]

Output: dyspnea respiratory distress rhonchi intercostal retractions hyperinflation

Virtual Pediatric Hospital: ElectricAirway: Upper Airway Problems in Children: Table of Characteristics of Tracheomalacia and Laryngomalacia


Input: [0] X-Ray [Laryngomalacia] laryngeal fullness [Tracheomalacia]

Output: generally need special studies

Virtual Pediatric Hospital: ElectricAirway: Upper Airway Problems in Children: Table of Characteristics of Tracheomalacia and Laryngomalacia


Input: [0] Bronchoscopy [Laryngomalacia] floppy airway [Tracheomalacia]

Output: lumenal compression

Virtual Pediatric Hospital: ElectricAirway: Upper Airway Problems in Children: Table of Characteristics of Tracheomalacia and Laryngomalacia


Input: [0] Management [Laryngomalacia] change feed position laryngoplasty tracheostomy [Tracheomalacia]

Output: Tx underlying disease tracheoplasty

Virtual Pediatric Hospital: ElectricAirway: Upper Airway Problems in Children: Table of Characteristics of Tracheomalacia and Laryngomalacia


Input: [Cat. No.] TPS-5 [Size] 5ml [Name]

Output: 5X Sample buffer


Input: [Cat. No.] TPR-ED [Size] 1000ml [Name]

Output: MES gel running buffer for Denaturing Conditions


Input: [Cat. No.] TPR-OD [Size] 1000ml [Name]

Output: MOPS gel running buffer for Denaturing Conditions


Input: [Cat. No.] TPL-500 [Size] 500ul [Name]

Output: Protein ladder


Input: [Cat. No.] TPQ-1L [Size] 1000ml [Name]

Output: Quik-Stain


Input: [Cat. No.] TPA-15 [Size] 15ml [Name]

Output: 200x Redox running buffer agent


Input: [Sr. No.] 1 [Tablet Defect] Blistering [Reason] Entrapment of gases in or underneath the film due to overheating either during spraying or at the end of the coating run [Remedies] Use mild drying condition [Definition]

Output: Local detachment of film from the substrate forming blister.

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [Sr. No.] 2 [Tablet Defect] Chipping [Reason] Decrease in fluidizing air or speed of rotation of the drum in pan coating [Remedies] Not to over dry the tablet in preheating stage. [Definition]

Output: The film becomes chipped and dented, usually at the edges of the tablet

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [Sr. No.] 3 [Tablet Defect] Cratering [Reason] The coating solution penetrates the surface of the tablet, often at the crown where the surface is more porous, causing localized disintegration of the core and disruption of the coating. [Remedies] Use efficient and optimum drying conditions. Increase viscosity of coating solution to decrease spray application rate [Definition]

Output: Volcanic-like craters appears exposing the tablet surface

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [Sr. No.] 4 [Tablet Defect] Picking [Reason] Over wet tablet bed where adjacent tablets can stick together and then break apart. [Remedies] Use optimum and efficient drying conditions or increase the inlet air temperature [Definition]

Output: Isolated areas of film are pulled away from the surface when the tablet sticks together and then part

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [Sr. No.] 5 [Tablet Defect] Pitting [Reason] Temperature of the tablet core is greater than the melting point of the materials used in the tablet formulation. [Remedies] Modifying the drying (inlet air) temperature such that the temperature of the tablet core is not greater than the melting point of the batch of additives used. [Definition]

Output: Pits occur in the surface of a tablet core without any visible disruption of the film coating

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [Sr. No.] 6 [Tablet Defect] Blooming [Reason] It is due to collection on the surface of low molecular weight ingredients included in the coating formulation [Remedies] Decrease plasticizer concentration and increase molecular weight of plasticizer. [Definition]

Output: coating becomes dull immediately or after prolonged storage at high temperatures

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [Sr. No.] 7 [Tablet Defect] Blushing [Reason] It is thought to be due to precipitated polymer exacerbated by the use of high coating temperature at or above the thermal gelation temperature of the polymers. [Remedies] Decrease the drying air temperature Avoid use of sorbitol with Hydroxy Propyl Cellulose, Hydroxy Propyl Methyl Cellulose, Methyl Cellulose and Cellulose ethers [Definition]

Output: whitish specks or haziness in the film

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [Sr. No.] 8 [Tablet Defect] Twinning [Reason] Common problem with capsule shaped tablets [Remedies] By balancing the pan speed and spray rate. [Definition]

Output: Two tablets stick together

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [Sr. No.] 9 [Tablet Defect] Colour variation [Reason] Alteration of the frequency and duration of appearance of tablets in the spray zone or the size/shape of the spray zone [Remedies] Geometric mixing, reformulation with different plasticizers and additives or used mild drying conditions [Definition]

Output: Variation in the colour of the film

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [Sr. No.] 10 [Tablet Defect] Orange peel effect [Reason] Inadequate spreading of the coating solution before drying [Remedies] Use mild drying conditions. Use additional solvents to decrease viscosity of solution [Definition]

Output: Film becomes rough and non glossy. Appearance is similar to that of orange

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [Sr. No.] 11 [Tablet Defect] Mottling [Reason] Due to different colouration of the excipient or the degradation product of the tablet is coloured. [Remedies] Coating solution is prepare properly in sufficient quantity. [Definition]

Output: Uneven distribution of colour on the surface of tablet with dark and light patches.

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [Sr. No.] 12 [Tablet Defect] Cracking or Splitting [Reason] Internal stress in the film exceeds tensile strength of the film. [Remedies] Use of high molecular weight polymer increase the tensile strength of the film. [Definition]

Output: Film either cracks across the crown of the tablet(cracking), or splits around the edges of the tablet (splitting).

COATING TECHNOLOGY AND ITS RECENT ADVANCES – A REVIEW | PharmaTutor


Input: [0] Great Southern White [Larval host] Saltwort and peppergrass [Nectar source]

Output: a variety of flowers including saltwort, lantana and other verbena family members


Input: [0] Florida White Milkbark [Larval host] Guiana plum and limber caper [Nectar source]

Output: a variety of flowers including lantana


Input: [0] Checkered White [Larval host] Plants in the mustard family [Nectar source]

Output: nectar from the composite and mustard families


Input: [0] Cabbage White [Larval host] Many plants in the mustard family [Nectar source]

Output: nectar from many plants including the mustard and caper families


Input: [0] Orange Sulphur [Larval host] Plants in the pea family including alfalfa, white clover and white sweet clover [Nectar source]

Output: many flowers including milkweed, goldenrod and aster


Input: [0] Southern Dogface [Larval host] Small-leaved plants in the pea family including alfalfa and leadplant; clovers and indigo [Nectar source]

Output: flowers including alfalfa, coreopsis, houstonia and verbena


Input: [0] Dainty Sulphur [Larval host] Spanish needles [Nectar source]

Output: flowers from flowering plants, including aster, wild marigold and others


Input: [0] Little Yellow [Larval host] Partridge pea and wild sensitive plant [Nectar source]

Output: flowers in the aster family including goldenrod


Input: [0] Mimosa Yellow [Larval host] Sensitive plant, in the pea family; wild tamarind [Nectar source]

Output: various flowers


Input: [0] Dina Yellow [Larval host] Mexican alvaradoa and bitterbush [Nectar source]

Output: nectar from various flowers including lantana


Input: [0] Sleepy Orange [Larval host] Senna species [Nectar source]

Output: nectar from flowers including Spanish needles


Input: [0] Barred Yellow [Larval host] Many plants in the pea family [Nectar source]

Output: a great variety of flowers including Spanish needles and joint vetches


Input: [0] Cloudless Sulphur [Larval host] Bahama senna and privet senna [Nectar source]

Output: many flowers including cordia, bougainvillea, hibiscus, lantana and morning glory


Input: [0] Orange-barred Sulphur [Larval host] Bahama senna, and privet senna [Nectar source]

Output: many flowers


Input: [0] Large Orange Sulphur [Larval host] Blackbead, cat's claw, and wild tamarind [Nectar source]

Output: flowers including lantana, Spanish needles, bougainvillea, and hibiscus


Input: [0] Statira Sulphur [Larval host] In Florida, Dalbergia and Calliandra both in the pea family [Nectar source]

Output: red-flowering plants including firebush


Input: [0] Lyside Sulphur [Larval host] Lignumvitae [Nectar source]

Output: nectar from black mangrove and Spanish needles


Input: [0] Yellow Angled-Sulphur [Larval host] Senna species [Nectar source]

Output: red and purple flowers including hibiscus and bougainvillea


Input: [0] Boisduval's Yellow [Larval host] Senna species [Nectar source]

Output: a variety of flowers


Input: [0] SWEETENER [1] ALSO CALLED [2] WHAT IT IS [3] HOW ITS USED [4]

Output: IMPORTANT INFO

Artificial Sweeteners vs. Sugar: Which Is Best? - Eating Made Easy


Input: [0] Sugar [1] Sucrose [2] Natural substance from sugarcane or sugar beets [3] Baked goods, flavored yogurt, ice cream, bottled dressings and sauces [4]

Output: Nutritionally equivalent to brown sugar, honey; 16 calories per tsp

Artificial Sweeteners vs. Sugar: Which Is Best? - Eating Made Easy


Input: [0] High Fructose Corn Syrup [1] HFCS [2] Very sweet liquid derived from cornstarch [3] Soda, processed foods, condiments [4]

Output: Just like sugar, may cause you to overeat b/c of effects on blood sugar and hunger-regulating hormones.

Artificial Sweeteners vs. Sugar: Which Is Best? - Eating Made Easy


Input: [0] Agave Nectar [1] Agave Syrup [2] Sweet liquid extract from agave plant [3] Bottled, in some “natural” baked goods & processed foods [4]

Output: Sweeter than sugar, so when adding it to food you can use less to achieve the same taste

Artificial Sweeteners vs. Sugar: Which Is Best? - Eating Made Easy


Input: [0] Sucralose [1] Splenda [2] Chemically altered sugar with no calories [3] In “Less Sugar” cereals, baked goods, some sodas/drinks [4]

Output: 600X sweeter than sugar; recognized as safe but no long-term studies have proven its safety

Artificial Sweeteners vs. Sugar: Which Is Best? - Eating Made Easy


Input: [0] Aspartame [1] Equal, Nutrasweet [2] Synthetic sweetener with no calories [3] Diet sodas, “light” yogurt and processed foods, diabetic candy, sugar-free gum [4]

Output: Causes headaches in some people, research on whether it’s safe is mixed, not safe if you have phenylketonuria

Artificial Sweeteners vs. Sugar: Which Is Best? - Eating Made Easy


Input: [0] Stevia [1] Truvia, PureVia, Enliten, Rebiana [2] Natural sweetener derived from leaf of stevia plant [3] In packets, protein-shake mixes, some “natural” soft drinks [4]

Output: Currently considered safe in small amounts, but no long-term studies have proven its safety. May cause gas or bloating.

Artificial Sweeteners vs. Sugar: Which Is Best? - Eating Made Easy


Input: [0] Saccharin [1] Sweet ‘N Low [2] Synthetic sweetener with no calories [3] In toothpaste, in packets, and Tab diet soda [4]

Output: 300X sweeter than sugar. Has been linked to cancer in rats, research on relationship to cancer in humans is inconclusive.

Artificial Sweeteners vs. Sugar: Which Is Best? - Eating Made Easy


Input: [Characteristics] Physical size [LCD Displays] Thin, compact and lightweight. Takes up less space. [CRT Monitors]

Output: Bulky, heavier and takes up more space.


Input: [Characteristics] Brightness [LCD Displays] LCDs are backlit and have different levels of brightness and capable of producing very bright images and shows extremely uniform brightness. Very suitable for environments that are brightly lit. [CRT Monitors]

Output: Fairly bright, but not as bright as LCDs. Brightness is not a necessary concern with CRTs. Not appropriate for brightly lit conditions.


Input: [Characteristics] Power Consumption and Heat [LCD Displays] Energy efficient. Consume less electricity than a CRT and produce little heat. [CRT Monitors]

Output: Use more power and produce more heat than a LCD.


Input: [Characteristics] Radiation Emission [LCD Displays] Emit considerably lesser radiation. [CRT Monitors]

Output: Emit harmful radiation.


Input: [Characteristics] Display Size [LCD Displays] Advance LCD technology make colour LCD monitors comparable in screen size to CRT monitors [CRT Monitors]

Output: Wide ranges of screen sizes.


Input: [Characteristics] Colours [LCD Displays] Capable of displaying hundreds or thousands of colours, but newer ones are capable of unlimited colours. [CRT Monitors]

Output: Capable of displaying unlimited colours.


Input: [Characteristics] Resolution [LCD Displays] Works best at its own native resolution. The native resolution is generally the highest resolution that the LCD can display. Changing to other resolutions require adjusting procedures which can cause considerable deterioration of the image. [CRT Monitors]

Output: Capable of displaying multiple video resolutions, each with the same good quality. Highest pixel resolution was available for operation.


Input: [Characteristics] Viewing Angle [LCD Displays] Restricted viewing angles. Needed to be viewed in front to have a better view. Not much of an issue for newer LCDs. [CRT Monitors]

Output: Viewable from almost every angle.


Input: [Characteristics] Price [LCD Displays] More expensive but saves more electricity. [CRT Monitors]

Output: Less expensive but more electricity consuming.


Input: [Treatment] Home Dialysis – Peritoneal (CAPD) Continuous Ambulatory Peritoneal Dialysis (4-5 times/day) (CCPD) Continuous Cycling Peritoneal Dialysis (6-8 hrs every nite) [Cons] Increased risk of peritonitis (abdominal infection) Requires space for supplies Potential weight gain Cycling machine needed for CCPD Plastic tube from abdomen may be hindrance [Pros]

Output: Needs no machine for CAPD Fewer diet and fluid restrictions Portable for ease of travel Needle-free treatments Dialyze while you sleep Fewer peaks and valleys Doctor visits and labs performed once a month at a clinic

Kidney Dialysis - Kidney Transplant Comparison Chart | National Kidney Center


Input: [Treatment] Home Dialysis – Hemodialysis Short daily (2-3 hours, 6 days/wk) Traditional (3-4 hrs, 3 times/wk) Nocturnal (6-8 hrs 3+ days/wk) [Cons] A machine is required Requires modifications to home electrical and plumbing Care partner required for needle insertion Must order and have room for supplies May have problems with fistula, AV graft not working [Pros]

Output: Flexible treatment time Doctor visits and labs only once a month Nocturnal allows dialysis while you sleep Dialysis in the comfort of your own home

Kidney Dialysis - Kidney Transplant Comparison Chart | National Kidney Center


Input: [Treatment] In Center Hemodialysis Standard (days, 3-5 hrs, 3 times/wk) Nocturnal (nights, 8 hrs, 3 times/wk) [Cons] Fistula or AV graft surgically inserted Must travel to a center Disrupts work schedule due to fixed schedule Less privacy (Sleep with other patients for nocturnal) More ups and downs in how you feel Must maintain a strict diet and fluid restriction Must follow centers rules regarding food, visitors, cell phones etc. [Pros]

Output: Dialysis centers are found all over the country Skilled health care providers with you at all times Don’t have to put in own needle Get to know other dialysis patients Immediate access to emergency care if needed Do not need to store supplies in your home Frequent access to your health care team Nocturnal dialysis allows more time for activities

Kidney Dialysis - Kidney Transplant Comparison Chart | National Kidney Center


Input: [Treatment] Compatible Living Related Donor Kidney Transplant [Cons] Psychological stress of having a family member involved Time involved for evaluation and testing process May be responsible for travel expenses, wages lost [Pros]

Output: May be able to be transplanted prior to start of dialysis Shorter wait time for transplant Better genetic match lessens risk of rejection Transplant takes place at a convenient time for both donor and recipient Kidney usually functions immediately Improved health with more active lifestyle

Kidney Dialysis - Kidney Transplant Comparison Chart | National Kidney Center


Input: [Treatment] Compatible Deceased Donor Kidney Transplant [Cons] Wait time for kidney may be years Kidney may not function immediately Rejection rate higher May be responsible for travel expenses, wages lost [Pros]

Output: No longer need dialysis Improved health with more active lifestyle

Kidney Dialysis - Kidney Transplant Comparison Chart | National Kidney Center


Input: [Treatment] Compatible Living Paired Donation Kidney Transplant [Cons] Your family can donate, but not directly for you Will need to wait on dialysis while finding a match Not all transplant centers can handle multiple simultaneous transplants Complicated process [Pros]

Output: You receive a compatible kidney from a living donor other than a family member Kidney usually functions immediately May find a younger donor or a perfect 6-antigen match Multiple recipients can benefit with NEAD (Never Ending Altruistic Donation) paired transplant Shortens time on dialysis More recipients transplanted, less on waiting list Improved health with more active lifestyle

Kidney Dialysis - Kidney Transplant Comparison Chart | National Kidney Center


Input: [Treatment] Incompatible Blood or Tissue Type Kidney Transplant [Cons] Not all transplant centers will accept highly sensitized patients More procedures (plasmapheresis, immune globulin therapy) are needed [Pros]

Output: Positive cross matched patients are now able to receive a transplant Improved health with more active lifestyle Shortens time on dialysis

Kidney Dialysis - Kidney Transplant Comparison Chart | National Kidney Center


Input: [DESCRIPTION] Panting for breath or struggling to take deep breaths; symptom may precede chest discomfort. During my first heart attack I tried repeatedly to take a deep breath without success. [SYMPTOM]

Output: Shortness of breath


Input: [DESCRIPTION] Feeling a tight ache, pressure, fullness or squeezing in center of chest lasting more than a few minutes; may come, go or persist. May feel similar to rising heartburn. During my second heart attack I thought I had heartburn that persisted for 5 days. [SYMPTOM]

Output: Chest pain or discomfort


Input: [DESCRIPTION] Pain extending downward into abdominal area. May feel similar to sinking heartburn. During my second heart attack I was convinced my stomach was full of gas. [SYMPTOM]

Output: Stomach pain


Input: [DESCRIPTION] Sudden-onset of sweating with cold, clammy skin. During my first heart attack I sweated profusely and thought I was having heat stroke. [SYMPTOM]

Output: Sweating


Input: [DESCRIPTION] Dizziness or feeling like you might pass out. During my first heart attack I passed out cold. [SYMPTOM]

Output: Lightheadedness


Input: [DESCRIPTION] Chest pain or discomfort may spread to shoulders, arms, neck, back, jaw or teeth. Could have upper body pain without chest discomfort. During my first heart attack my shoulders began to ache. [SYMPTOM]

Output: Upper body pain


Input: [DESCRIPTION] Feeling a sense of doom or having a panic attack for no apparent reason. I did not experience this. [SYMPTOM]

Output: Anxiety


Input: [DESCRIPTION] Feeling sick to your stomach and/or vomiting. I did not experience this. [SYMPTOM]

Output: Nausea and vomiting


Input: [CFLs] 5 years: The average lifespan for CFLs is about 5 years, which is significantly more than incandescent bulbs, but also significantly less than LEDs. [LEDs] 20 years: The average lifespan for LEDs is about 20 years, significantly longer than both incandescent bulbs and CFLs. This minimizes the amount of light bulbs thrown away, which is good for the environment. [Characteristic]

Output: Lifespan


Input: [CFLs] 4X as efficient as incandescent bulbs: CFLs are much more efficient than incandescents, but cannot compare to the extreme energy efficiency of LEDs.7 [LEDs] 20-50X as efficient as incandescent bulbs: LEDs are much more energy efficient than both incandescents and CFLs.8 This minimizes the carbon footprint of each light bulb, which is great for curbing global warming. [Characteristic]

Output: Efficiency


Input: [CFLs] Low to Medium: CFLs are relatively low in cost, although usually a little bit more than incandescent bulbs. Many people consider this lower cost more reasonable in the short-run as compared to LEDs. [LEDs] Medium: LEDs are relatively high in cost, but they provide huge savings in the long run on the electricity bill. Because these require significantly fewer replacements, you will also save time and money typically spent replacing light bulbs.9 [Characteristic]

Output: Total Cost


Input: [CFLs] Yes: CFLs contain mercury filaments in their bulb. If the bulbs break, the exposed mercury can pose a health hazard. You should always make sure to dispose or recycle these bulbs carefully and properly in order to prevent the mercury from entering the environment. [LEDs] No: LEDs don't contain any toxic materials and are relatively safe for you and the environment.10 [Characteristic]

Output: Mercury


Input: [CFLs] Same as incandescent bulbs: Because CFLs have a mercury filament, it is about as fragile as an incandescent light bulb. For some people, this amount of durability is just fine. [LEDs] Better than incandescent bulb: Because LEDs don't have a filament, they are able to withstand more jarring and bumping than both incandescents and CFLs.11 [Characteristic]

Output: Durability


Input: [CFLs] Same as incandescent bulb: CFLs diffuse and radiate light at all angles, making these bulbs ideal for lighting large spaces and rooms. This is a main advantage over LEDs, which focus the light only on one spot. [LEDs] Limited field of light: Most LEDs are focused and directional lights, which means they only focus their beam at one spot. This is ideal for reading lights, task lighting, track light, accent lighting, security lighting, and more.12 However, new designs which diffuse light are coming out on the market as well.13 [Characteristic]

Output: Light Field


Input: [CFLs] Good replacement for incandescent bulbs: CFLs are great for replacing standard incandescents in your home. [LEDs] Great for other uses: LEDs come in many different colors, which you can use for different purposes. Blue light is great for reducing eyestrain when reading, especially for elderly people. On the other hand, amber light is great for patios and decks, since it doesn't attract insects, unlike white light.14 They also make great holiday lights! [Characteristic]

Output: Uses


Input: [1] Conventional [2] Organic [3]

Output: Farming for the future

A Re-look at Farming Fresh Produce - Spice4Life


Input: [0] Farming philosophy [1] Focus is on yields and artificial inputs only [2] Farming that follows organic principals [3]

Output: Combining best of organics with the best of conventional farming Over time, reduces dependency on conventional methods

A Re-look at Farming Fresh Produce - Spice4Life


Input: [0] Soil fertility [1] Uses artificial fertiliser, within prescribed limits [2] Adds compost and organic fertiliser to soil [3]

Output: Adds compost and organic fertiliser to soil Only adds artificial fertiliser when necessary to correct levels of plant nutrients. Farmers’ dependency on artificial fertilisers will decline

A Re-look at Farming Fresh Produce - Spice4Life


Input: [0] Chemical Pesticides and herbicides [1] Added within legal limits [2] Organically certified chemicals, herbicides or pesticides (IFOAM) [3]

Output: Only when necessary to control unwanted insects or disease, and restores balance Farmers’ dependency will decline

A Re-look at Farming Fresh Produce - Spice4Life


Input: [0] Yields and Availability [1] Yields and availability depend on ever-increasing inputs [2] Inconsistent yields and limited availability [3]

Output: Aim to improve yields and availability

A Re-look at Farming Fresh Produce - Spice4Life


Input: [0] Measurement [1] Certified Globalgap [2] Certified Organic [3]

Output: Baseline audit in 2007 Continuous improvement based on ongoing measurement Each farming decision based on measurement

A Re-look at Farming Fresh Produce - Spice4Life


Input: [Warning Light] Engine Management Light (EPC) [What Does It Mean & Solution]

Output: This light could be either a glow plug warning light (diesels only) or part of the engine management. The engine management warning light indicates there is a probable fault within the emissions / running of your vehicle. Diagnostics will be required. (Flashing lights indicate there is a major fault and immediate action is required.)

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] Diesel Particulate Filter (DPF) [What Does It Mean & Solution]

Output: Refer to your Owners Manual to establish how to regenerate your DPF or phone us for advice. Do not ignore this warning light as your filter will quickly block and could lead to a costly repair. For extra information see our DPF Advice Sheet

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] Anti-Lock Brake System (ABS) [What Does It Mean & Solution]

Output: The anti-lock braking system is a safety system that stops the wheels from locking up and therefore prevents the vehicle from skidding. If the ABS light comes on it indicates there is fault with the anti-lock braking system.

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] Brake Warning Light [What Does It Mean & Solution]

Output: The brake warning light can be caused by low brake fluid or the brake pads wearing low. The brake fluid should be checked and topped up at once. The brake system should be checked at once. Also, ensure your handbrake is fully off as this shares the same warning light. Do not ignore this waring light as your vehicle will require immediate attention.

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] Battery Warning Light [What Does It Mean & Solution]

Output: The battery warning light indicates that there is a fault with your charging system and requires immediate attention as the vehicle will lose all power very quickly and your steering may go heavy.

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] Traction Control [What Does It Mean & Solution]

Output: The traction control light indicates there is a fault with the traction control system which is built into the ABS. Diagnostics required.

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] Electronic Stability Program (ESP) [What Does It Mean & Solution]

Output: The electronic stability program light detects, prevents and recovers the vehicle from skids. The light indicates there is a fault and will require diagnostics.

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] Cooling Warning Light [What Does It Mean & Solution]

Output: The cooling warning light indicates either the coolant level is low or a fault in the cooling system. The engine may overheat.

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] Service Warning Light [What Does It Mean & Solution]

Output: This warning light indicates your vehicle requires a service.

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] TyrePressure Monitoring System [What Does It Mean & Solution]

Output: This warning light indicates the tyre pressures are low (refer to manual or phone for advice).

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] Oil Warning Light [What Does It Mean & Solution]

Output: The yellow oil warning light indicates the oil level is low and requires immediate top up with the correct oil. The red oil warning light indicates low oil pressure and can cause major engine damage if the engine is kept running. Vehicle should not be driven.

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] Air Bag Warning Light [What Does It Mean & Solution]

Output: The air bag warning light indicates a fault with the Supplemental Restraint System (SRS) Warning Light. Requires diagnostics.

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Warning Light] Electric Power Steering Warning Light [What Does It Mean & Solution]

Output: This warning light indicates there is a fault within your steering system and requires immediate attention as your power assisted may fail causing very heavy steering.

Diagnostics and Warning Lights | Discount VW Audi Centre


Input: [Item:] Vitamin A [If Source Given Is:] Carrot (root) Acetate Palmitate If source not given [It is:]

Output: Natural Synthetic Synthetic Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Vitamin B Complex [If Source Given Is:] Nutritional Yeast If source not given [It is:]

Output: Natural Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Vitamin B1 (Thiamine) [If Source Given Is:] Yeast Thiamine Mononitrate Thiamine Hydrochloride [It is:]

Output: Natural Synthetic Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Vitamin B2 (Riboflavin) [If Source Given Is:] Yeast Riboflavin [It is:]

Output: Natural Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Pantothenic Acid [If Source Given Is:] Yeast, Rice Bran, or Liver Calcium D-Pantothenate [It is:]

Output: Natural Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Vitamin B6 (Pyridoxine) [If Source Given Is:] Yeast Pyridoxine Hydrochloride [It is:]

Output: Natural Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Vitamin B12 [If Source Given Is:] Liver Micro-Organism Fermentation Cobalamin Concentrate [It is:]

Output: Natural Co-Natural Co-Natural

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] PABA [If Source Given Is:] Yeast  Para-aminobenzoic Acid Aminobenzoic Acid [It is:]

Output: Natural Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Folic Acid [If Source Given Is:] Yeast or Liver Pteroylglutamic Acid [It is:]

Output: Natural Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Inositol [If Source Given Is:] Inositol Reduced from Corn [It is:]

Output: Natural Co-Natural

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Choline [If Source Given Is:] Choline Bitartrate Choline Chloride [It is:]

Output: Natural Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Biotin [If Source Given Is:] Liver d-Biotin [It is:]

Output: Natural Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] B3 (Niacin) [If Source Given Is:] Yeast Niacinamide Niacin [It is:]

Output: Natural Co-Natural Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Vitamin C [If Source Given Is:] Mushroom (best), Acerola Berries Ascorbic Acid If source not given [It is:]

Output: Natural Synthetic Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Vitamin D [If Source Given Is:] Milk Powder Irradiated Ergosteral Calciferol [It is:]

Output: Natural Synthetic Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Vitamin E [If Source Given Is:] Peavine (best), Wheat Germ Oil d-alpha or dl-alpha tocopheral mixed tocopherols [It is:]

Output: Natural Synthetic Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Vitamin F [If Source Given Is:] Flaxseed, Wheat Germ, Liver [It is:]

Output: Natural

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Vitamin K [If Source Given Is:] Buckwheat Menadione [It is:]

Output: Natural Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [Item:] Calcium [If Source Given Is:] Calcium Lactate Calcium Carbonate or Bicarbonate [It is:]

Output: Natural Synthetic

Synthetic Vitamins VS Natural Vitamins Fort Collins


Input: [1] Irritation [2] Delayed Type Hypersensitivity [3] Immediate Sensitivity [0]

Output: Reaction Type

Latex Allergy: Everyone's Concern | American Latex Allergy Association


Input: [1] Irritant contact dermatitis [2] Type IV hypersensitivity Allergic contactdermatitis Cell mediated allergy Chemical allergy [3] Type I hypersensitivity IgE mediated allergy Latex protein allergy [0]

Output: Also Known As:

Latex Allergy: Everyone's Concern | American Latex Allergy Association


Input: [1] Hyperhydration Maceration Excessive occlusion Insufficient handrinsing [2] Chemical contact Sensitizers: usually accelerators [3] Protein allergens from natural rubberlatex [0]

Output: Cause:

Latex Allergy: Everyone's Concern | American Latex Allergy Association


Input: [1] N/A [2] N/A [3] Emergency treatment for anaphylaxis maybe required [0]

Output: Immediate Intervention

Latex Allergy: Everyone's Concern | American Latex Allergy Association


Input: [1] 100% [2] 7-18% [3] General population: <1% Health care pop.: 3-12% [0]

Output: % of Population Prevalence

Latex Allergy: Everyone's Concern | American Latex Allergy Association


Input: [1] Minutes to hours [2] 6 to 48 hours [3] Minutes to 1 hour [0]

Output: Time To Onset Of Symptoms

Latex Allergy: Everyone's Concern | American Latex Allergy Association


Input: [1] No [2] No [3] Runny nose, wheezing,difficulty breathing [0]

Output: Potential for Respiratory Involvement

Latex Allergy: Everyone's Concern | American Latex Allergy Association


Input: [1] If face is touched [2] If face is touched [3] Swelling of eyelids,lips, face; tearing,itchy eyes, runnynose [0]

Output: Facial Involvement

Latex Allergy: Everyone's Concern | American Latex Allergy Association


Input: [1] No [2] No [3] Hives, nausea, abdominal cramps, rapid heart rate, lowblood pressure, anaphylaxis [0]

Output: Systematic Involvement

Latex Allergy: Everyone's Concern | American Latex Allergy Association


Input: [1] No [2] No [3] Yes [0]

Output: Potentially Life Threatening?

Latex Allergy: Everyone's Concern | American Latex Allergy Association


Input: [1] Wash and rinse hands thoroughly. [2] "hypoallergenic"gloves are processed [3] See an allergist,wear an alert [0]

Output: Action

Latex Allergy: Everyone's Concern | American Latex Allergy Association


Input: [S.A.L.T.E.D.] Safety [ClearSpan Features] Sturdy, long-lasting buildings Made with American-made steel Warranty: 20-year covers & 50-year frames Great visibility due to the natural light the fabric lets inside No echoes to confuse or disrupt work flow

Output: Good visibility for operators No direct access to heavily traveled roads Warning signs at entrances Security fencing Safety for the surrounding environment

Salt Storage, Salt Sheds, Sand Storage, Sand & Salt Containment, Salt Barn, Brine Building, Salt Bin, Salt Boxes, Salt Container, Salt Storage Building, Salt Storage Sheds, Portable Salt Storage Buildings, Winter Salt Storage, Salt Storage Facilities - ClearSpan

Salt Institute's Storage Site Suggestions


Input: [S.A.L.T.E.D.] Accessibility [ClearSpan Features] Structures can be left open ended Doors that are large enough for vehicle clearance can be added Can build a pony wall to increase structure's height/sidewall clearance

Output: Easy access for equipment and delivery Big enough for front-end loaders Room for a 20-foot extension Doors large enough to accommodate equipment

Salt Storage, Salt Sheds, Sand Storage, Sand & Salt Containment, Salt Barn, Brine Building, Salt Bin, Salt Boxes, Salt Container, Salt Storage Building, Salt Storage Sheds, Portable Salt Storage Buildings, Winter Salt Storage, Salt Storage Facilities - ClearSpan

Salt Institute's Storage Site Suggestions


Input: [S.A.L.T.E.D.] Legality [ClearSpan Features] Engineered, stamped drawings Follow wind and snow load regulations Building permits may not be required

Output: Comply with local zoning ordinances Required discharge permits

Salt Storage, Salt Sheds, Sand Storage, Sand & Salt Containment, Salt Barn, Brine Building, Salt Bin, Salt Boxes, Salt Container, Salt Storage Building, Salt Storage Sheds, Portable Salt Storage Buildings, Winter Salt Storage, Salt Storage Facilities - ClearSpan

Salt Institute's Storage Site Suggestions


Input: [S.A.L.T.E.D.] Tidiness [ClearSpan Features] Can be customized with different colors No shadows Can add dividers inside building Can also store vehicles and other needed equipment

Output: Make buildings as attractive as possible Keep buildings well maintained Good housekeeping around the storage site Screening the storage site with fencing

Salt Storage, Salt Sheds, Sand Storage, Sand & Salt Containment, Salt Barn, Brine Building, Salt Bin, Salt Boxes, Salt Container, Salt Storage Building, Salt Storage Sheds, Portable Salt Storage Buildings, Winter Salt Storage, Salt Storage Facilities - ClearSpan

Salt Institute's Storage Site Suggestions


Input: [S.A.L.T.E.D.] Economics [ClearSpan Features] Can be moved, if necessary Covered enclosure prevents salt loss Allows greater storage capabilities Energy efficient, environmentally safe

Output: Permanent covered storage Locate storage site to avoid long-distance hauling

Salt Storage, Salt Sheds, Sand Storage, Sand & Salt Containment, Salt Barn, Brine Building, Salt Bin, Salt Boxes, Salt Container, Salt Storage Building, Salt Storage Sheds, Portable Salt Storage Buildings, Winter Salt Storage, Salt Storage Facilities - ClearSpan

Salt Institute's Storage Site Suggestions


Input: [S.A.L.T.E.D.] Drainage [ClearSpan Features] Any type of drainage can be added or built within structure, if desired Can install retention curbs Ventilation options available, if needed

Output: Good drainage away from the stockpile Sloping bituminous pads containing runoff Installing retention curbs Disposing salt brine in conformance with applicable federal and state regulations and local ordinances

Salt Storage, Salt Sheds, Sand Storage, Sand & Salt Containment, Salt Barn, Brine Building, Salt Bin, Salt Boxes, Salt Container, Salt Storage Building, Salt Storage Sheds, Portable Salt Storage Buildings, Winter Salt Storage, Salt Storage Facilities - ClearSpan

Salt Institute's Storage Site Suggestions


Input: [Quantity:] 1.5 [Measure:] Kilogram [Ingredients:] Pork [Description:]

Output: for slicing, and frying


Input: [Quantity:] 400 [Measure:] Grammes [Ingredients:] Salt [Description:]

Output: for powdering and salting


Input: [Quantity:] 1 [Measure:] Teacup [Ingredients:] Sweet Oil [Description:]

Output: for frying pork pieces


Input: [Quantity:] 1 [Measure:] Teacup [Ingredients:] Vinegar [Description:]

Output: for grinding masala


Input: [Quantity:] 10 [Measure:] Nos [Ingredients:] Chillies Red Dry [Description:]

Output: dry and long and short for masala


Input: [Quantity:] 2 [Measure:] Tablespoon [Ingredients:] Jeera/Cumin Seeds [Description:]

Output: for masala


Input: [Quantity:] 3 [Measure:] Teaspoon [Ingredients:] Mustard Seed [Description:]

Output: for masala


Input: [Quantity:] 1 [Measure:] Bits [Ingredients:] Turmeric/Haldi [Description:]

Output: for masala


Input: [Quantity:] 1 [Measure:] Bits [Ingredients:] Ginger [Description:]

Output: for masala


Input: [Quantity:] 6 [Measure:] Flakes/Seeds/Cloves [Ingredients:] Garlic [Description:]

Output: for masala


Input: [Quantity:] 2 [Measure:] Tablespoon [Ingredients:] Sugar [Description:]

Output: for adding


Input: [Coverage] Light [Type of Base] Pressed Base [Brush] Powder Dome Brush [Touchup]

Output: Puff in Compact

Mineral Foundation | All Natural Makeup FAQ's


Input: [Coverage] Light [Type of Base] Loose Base [Brush] Powder Dome Brush [Touchup]

Output: Powder Dome Brush

Mineral Foundation | All Natural Makeup FAQ's


Input: [Coverage] Medium [Type of Base] Pressed Base [Brush] Powder Dome Brush [Touchup]

Output: Puff in Compact

Mineral Foundation | All Natural Makeup FAQ's


Input: [Coverage] Medium [Type of Base] Loose Base [Brush] Kabuki Brush [Touchup]

Output: Powder Dome Brush

Mineral Foundation | All Natural Makeup FAQ's


Input: [Coverage] Full [Type of Base] Pressed Base [Brush] Powder Dome Brush [Touchup]

Output: Puff in Compact

Mineral Foundation | All Natural Makeup FAQ's


Input: [Coverage] Full [Type of Base] Loose Base [Brush] Kabuki Brush [Touchup]

Output: Powder Dome Brush

Mineral Foundation | All Natural Makeup FAQ's


Input: [Manufacturer] PACER [Part Number] 705A [Details] Click for Details [Part Description]

Output: AMPAK

Pacer OEM Parts List & OEM Repair Service at 3E Services Inc.


Input: [Manufacturer] PACER [Part Number] 8806438 [Details] Click for Details [Part Description]

Output: RANGE PRO

Pacer OEM Parts List & OEM Repair Service at 3E Services Inc.


Input: [Manufacturer] PACER [Part Number] 8903178 [Details] Click for Details [Part Description]

Output: RANGE PRO

Pacer OEM Parts List & OEM Repair Service at 3E Services Inc.


Input: [Manufacturer] PACER [Part Number] OH100 [Details] Click for Details [Part Description]

Output: HYGROMETER

Pacer OEM Parts List & OEM Repair Service at 3E Services Inc.


Input: [Manufacturer] PACER [Part Number] OH201 [Details] Click for Details [Part Description]

Output: HYGROMETER

Pacer OEM Parts List & OEM Repair Service at 3E Services Inc.


Input: [Manufacturer] PACER [Part Number] PM1500 [Details] Click for Details [Part Description]

Output: MEGOHMMETER

Pacer OEM Parts List & OEM Repair Service at 3E Services Inc.


Input: [Manufacturer] PACER [Part Number] PM2000 [Details] Click for Details [Part Description]

Output: MEGOHMMETER

Pacer OEM Parts List & OEM Repair Service at 3E Services Inc.


Input: [Manufacturer] PACER [Part Number] PRG [Details] Click for Details [Part Description]

Output: PCB

Pacer OEM Parts List & OEM Repair Service at 3E Services Inc.


Input: [1] Spinach [2] Fresh Garlic [0]

Output: Pepperoni


Input: [1] Eggplant [2] Basil [0]

Output: Sausage


Input: [1] Olives [2] Red Roasted Peppers [0]

Output: Meatball


Input: [1] Ground Beef [2] Chicken ($1.00 on a Slice, $4.00 on a Pie) [0]

Output: Anchovies


Input: [1] Salami [2] Lasagna ($1.00 on a Slice, $4.00 on a Pie) [0]

Output: Peppers


Input: [1] Ham [2] Baked Ziti ($1.00 on a Slice, $4.00 on a Pie) [0]

Output: Onions


Input: [1] Pineapple [2] Fresh Mozzarella Slice $3.50 [0]

Output: Mushrooms


Input: [1] Fresh Tomato [0]

Output: Broccoli


Input: [A] B BEWARE of unsafe working practices and potential hazards when using a router. [N] O

Output: OBSTRUCTIONS should be kept clear of the path of the router and the routing area. Do not clear swarf or other debris away from the cutting area with the machine still running.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [A] C CLOTHING, such as ties or loose or baggy garments, which may be accidentally caught and pulled into the cutter should not be worn, or should be tied back when using a router. [N] P

Output: POWER to the router must always be switched off and the machine isolated from the supply before changing cutters or making adjustments. Make sure the power switch is 'Off' before plugging in, to avoid accidental starting.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [A] D DUST presents a severe health risk if inhaled. Always wear a dust protector and/or use a vacuum extractor connected directly to the router. [N] Q

Output: QUESTIONS regarding the safe operation of your router should be directed to the manufacturer's technical department.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [A] E EYE protection must also be worn to protect the operator from ejected waste particles. EAR protection should also be worn, especially when routing for long periods of time. [N] R

Output: ROUTERS must be allowed to reach their full running speed before commencing any routing operation. Do not switch the router on with the cutter touching the workpiece.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [A] F FEED direction of the cutter into the workpiece, or the workpiece into the cutter, should be against the rotation of the cutter. [N] S

Output: SHORT-CUTS must not be taken to the detriment of safe working practices.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [A] G GUARDS should always be used when using a router mounted in a table. Always ensure that your fingers cannot make contact with the cutter. Always use a push stick together with hold down clamps or featherboards when machining small timber sections when the router is mounted in a table. [N] T

Output: TIDY work areas and benches help to prevent accidents. Always keep the floor around the work area clear of all obstacles. Store router on a shelf, in a cupboard or in a storage box, so debris cannot fall into the air intake.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [A] H HURRIED setting up can lead to accidents. Take your time to prepare yourself and the machine. Carry out safety checks before switching on. [N] U

Output: UNDERSTANDING the current statutory woodworking regulations is essential for all professional users.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [A] I INSPECT the condition of the router cutter before use. Ensure that the cutter is held firmly in the collet, rotates freely and is well away from the work before the power is switched on. [N] V

Output: NO-VOLT release switches should be fitted to all table-mounted routers, both to isolate the router in an emergency and to prevent it switching back on when power is restored after a power failure or supply disconnection.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [A] J JUDGE the correct feed speed by listening carefully to the tone of the router. [N] W

Output: WORKPIECES must always be securely and safely clamped to the work bench, in a vice or by some other means prior to commencing the routing operation. Make sure that clamps are not within the path of the router.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [A] K KEEP router cutters sharp. Take care when handling them, especially when removing them from the collet or from a storage block. [N] X

Output: EXAMINE the cutters and router collet before use. Equally check that any knobs or screws on the router are tight and have not vibrated loose.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [A] L LISTENING to the sound of the router will often indicate that the cut is being made too deep or that the cutter is blunt. [N] Y

Output: YOUR safety when routing is more important than the router or its cutters.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [A] M MANUALS and other information supplied with the router or cutters should be read thoroughly to ensure you are familiar with the controls, functions and operating procedures. [N] Z

Output: ZERO accidents should be the first consideration when using routers and other power tools.

NEVER leave the router running unattended. Wait until the router comes to a complete stop and switch off at the wall outlet before making adjustments, changing the cutter or operating the spindle lock.


Input: [0] BMP Type [2] BMP Examples [3] Safety Considerations [1]

Output: Objective

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [2] Compost sock, bio-slope, outlet reinforcement, spray mulch, compost rip rap matrix (between rocks) [3] May increase slipperiness of shoulder slope [1]

Output: Diffuse flow energy from concentrated roadway surface before discharging over a slope; reinforce discharge point and slopes; promote sheet flow

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [2] Catch basin insert; hooded outlet pipe; oil and grease separator [3] Might become heavy for maintenance crews to lift; must be cleaned to prevent clogging [1]

Output: Filter litter and debris from flow as it enters catch basins; preferably with pollutant sorbents 2

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [2] Gross Solids Removal Device (GSRD), compost tube inside of rock weep, [3] Often contained in confined space; maintenance crew will need confined space training [1]

Output: Route runoff through a screen or filter material to remove litter and treat particulate, and the associated nutrients, toxics and hydrocarbons

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [2] Geotextile wrapped rip rap thermal tube, infiltration trench [3] None [1]

Output: Diffuse heat from road and parking surfaces prior to discharge to sensitive waters

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [2] “Living ditch”, check dams (rip rap, bio-weeper, bio-ditch filter) [3] Can hold water for a time after runoff occurs so need to keep design depths shallow; grade breaks can be obstruction hazard to recreational vehicles using swale [1]

Output: Provide vegetated swale drainage systems with low head grade breaks in rural sections

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [2] Particulate skimmer, baffle weir, Faircloth skimmer (proprietary device) [3] None [1]

Output: Retrofit stored water BMPs with proper outlet and skimmer devices

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [2] Pervious asphalt and concrete, paving blocks [3] None for pavement; blocks can pose walking problems if not designed properly; recommendation for minimal salt use could mean ice might be present for short periods [1]

Output: Use pervious paving material in areas that will support it

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [2] See Ch. 12 BMP details – Rain garden [3] Near-road locations could possibly impede vision at intersections if vegetation not kept low; water might collect adjacent to roadway [1]

Output: Route water to bioretention, filtration or infiltration areas where conditions appropriate

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [2] Cross vanes, fish steps, curvilinear channel restoration, reinforced streambank, grade adjustments, revetments, root wads [3] None [1]

Output: Geomorphically stabilize channels

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [2] Off-line pools, enhanced floodplains, wetland restoration/preservation [3] None if kept away from areas where vehicles expected to travel or go off of the road [1]

Output: Use off-line storage in available floodplain, open space

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [2] Under street infiltration trenches, vault storage to replace surface ponds, rest areas parking lots [3] Maintenance crew will need confined-space training [1]

Output: Use sub-grade storage with or without perforations to allow for storage and infiltration where drainage determined not to impact road structure

BMP options sheet for highway and road runoff management - Minnesota Stormwater Manual


Input: [Sr. No.] 1 [OSI Reference Model] Defined before advent of internet [TCP/IP Reference Model]

Output: Defined after the advent of Internet

The TroubleShooter: TCP/IP Model Vs OSI Model


Input: [Sr. No.] 2 [OSI Reference Model] Service interface and protocols are clearly distinguished [TCP/IP Reference Model]

Output: Service interface and protocols were not clearly distinguished before

The TroubleShooter: TCP/IP Model Vs OSI Model


Input: [Sr. No.] 3 [OSI Reference Model] Internet working not supported [TCP/IP Reference Model]

Output: TCP/IP supports Internet working

The TroubleShooter: TCP/IP Model Vs OSI Model


Input: [Sr. No.] 4 [OSI Reference Model] Strict layering [TCP/IP Reference Model]

Output: Loosely layered

The TroubleShooter: TCP/IP Model Vs OSI Model


Input: [Sr. No.] 5 [OSI Reference Model] Protocol independent standard [TCP/IP Reference Model]

Output: Protocol Dependent standard

The TroubleShooter: TCP/IP Model Vs OSI Model


Input: [Sr. No.] 6 [OSI Reference Model] Less Credible [TCP/IP Reference Model]

Output: More Credible

The TroubleShooter: TCP/IP Model Vs OSI Model


Input: [Sr. No.] 7 [OSI Reference Model] All packets are reliably delivered [TCP/IP Reference Model]

Output: TCP reliably delivers packets, IP does not reliably deliver packets

The TroubleShooter: TCP/IP Model Vs OSI Model


Input: [Model] Staedtler Pigment Liner Marker Pens [Tip] Felt [Use For]

Output: Taking Notes


Input: [Model] Sakura Pigma Micron Drawing Pens [Tip] Felt [Use For]

Output: Taking Notes


Input: [Model] Ohto Graphic Liner Needle Point Drawing Pens [Tip] Metal [Use For]

Output: Journaling


Input: [Model] Uni Pin Pens - Pigment Ink [Tip] Felt [Use For]

Output: Journaling


Input: [Model] Pilot Drawing Pens [Tip] Felt [Use For]

Output: Outlines


Input: [Model] Marvy LePen Technical Drawing Pens [Tip] Felt [Use For]

Output: Outlines


Input: [Model] Kuretake Zig Cartoonist Mangaka Outline Pens [Tip] Felt [Use For]

Output: Comic / Manga Illustration


Input: [Model] Deleter Neopiko Line 2 Pens [Tip] Felt [Use For]

Output: Comic / Manga Illustration


Input: [PLA - Polylactide] Biopolymers [Material]

Output: Category


Input: [PLA - Polylactide] Compostable bag [Material]

Output: Products


Input: [PLA - Polylactide] Most conventional plastic processes like: Blow moulding Injection moulding Extrusion Vacuum forming Fibre spinning [Material]

Output: Processes


Input: [PLA - Polylactide] Neste Corporate Technology Cargill Dow Polymers LLC [Material]

Output: References


Input: [PLA - Polylactide] Current prices (1997) are between 40 and 70 DKK/kg. [Material]

Output: Price


Input: [PLA - Polylactide] Creation: Lactic acid can be obtained on the basis of renewable starch containing resources (e.g. corn, wheat or sugar beat) by fermentation, or by chemical synthesis of non-renewable resources. Disposal: If composted properly it takes 3-4 weeks for complete degradation. The first stage of degradation (two weeks) is a hydrolisis to water soluble oligomers and lactic acid. The latter, as a naturally occurring substance, is a rapid metabolisation into CO2, water and biomass by a variety of micro-organisms. [Material]

Output: Environmen- tal notes