Input: [D] F The Rare White (+) diamond is the third highest coloured graded diamond achievable. Its graded F as the diamond is colourless when viewed through the crown. [Grade: Colourless.] Grade: Colourless when viewed through the crown. [Exceptional White +]

Output: Rare White +


Input: [D] G The Rare White is a fine alternative to the top three colour grades. This colour still makes for an outstanding diamond. Its grade of G is colourless when viewed through the crown. [Grade: Colourless.] Grade: Colourless when viewed through the crown. [Exceptional White +]

Output: Rare White


Input: [D] H The White coloured diamond has a small noticeable colour difference when compared to the top 4 colour grades. It's grade of H is colourless when viewed through the crown. [Grade: Colourless.] Grade: Colourless when viewed through the crown. [Exceptional White +]

Output: White


Input: [D] I The Slightly Tinted White is a great staring point if your buying a diamond on a budget. The colour difference is still very slight making it hard to tell the difference when compared to other grades. It's grade of I is slightly coloured. [Grade: Colourless.] Grade: Slightly coloured. [Exceptional White +]

Output: Slightly Tinted


Input: [D] J The Slightly Tinted White diamond should really be the last consideration when picking your diamond colour. Anything below this grade will look slightly yellow. Its grade of J is Slightly coloured. [Grade: Colourless.] Grade: Slightly coloured. [Exceptional White +]

Output: Slightly Tinted White


Input: [Benefits] Removable low voltage cable and user-friendly operation [Features]

Output: Built-in HT generator

SPRAYMIUM® electrostatic spray guns | PRODUCTS | Kremlin Rexson Sames Worldwide | Experts in Finishing and Dispensing Solutions


Input: [Benefits] For a large range of materials [Features]

Output: Wide range available

SPRAYMIUM® electrostatic spray guns | PRODUCTS | Kremlin Rexson Sames Worldwide | Experts in Finishing and Dispensing Solutions


Input: [Benefits] Adjustment of the electrostatic effect to the part to be painted and the fluid sprayed [Features]

Output: Adjustable tension with integrated safety circuit

SPRAYMIUM® electrostatic spray guns | PRODUCTS | Kremlin Rexson Sames Worldwide | Experts in Finishing and Dispensing Solutions


Input: [Benefits] Reduced fatigue and excellent working conditions for increased productivity [Features]

Output: Product swivel fitting

SPRAYMIUM® electrostatic spray guns | PRODUCTS | Kremlin Rexson Sames Worldwide | Experts in Finishing and Dispensing Solutions


Input: [Benefits] Quick maintenance [Features]

Output: Quick-disconnect flexible air hose

SPRAYMIUM® electrostatic spray guns | PRODUCTS | Kremlin Rexson Sames Worldwide | Experts in Finishing and Dispensing Solutions


Input: [Benefits] Prefered settings recording for a perfect repeatability [Features]

Output: Built-in pressure sensor

SPRAYMIUM® electrostatic spray guns | PRODUCTS | Kremlin Rexson Sames Worldwide | Experts in Finishing and Dispensing Solutions


Input: [Benefits] User friendly [Features]

Output: Controls and voltage value display

SPRAYMIUM® electrostatic spray guns | PRODUCTS | Kremlin Rexson Sames Worldwide | Experts in Finishing and Dispensing Solutions


Input: [Name] Auxin (IAA) [Speculated Role] Abundance of oxygen and maybe carbon dioxide [Effects]

Output: Induces new root formation that are sinks of oxygen. High amounts externally applied induce ethylene perhaps by stimulating then exhausting the supplies of oxygen. With cytokinin induces cell division. Levels peak during the day when oxygen is given off by the process of photosynthesis. Attracts all nutrients and hormones (maybe actually the ones that stimulate shoot growth, CK, SA, GA and Eth?) to the site of its synthesis, inducing positive feedback and apical dominance. Transported from the shoot through the phloem to the root perhaps with its super strong attraction of oxygen causing oxygen to tag along?


Input: [Name] Jasmonic Acid (JA) [Speculated Role] Abundance of light, sugar and maybe carbon dioxide tied together to be a photosynthesis level indicator [Effects]

Output: Induces storage of sugar in roots. Is an indicator of wounding by perhaps being an indicator of high sugar levels found due to the rupture of cell contents. Attracts hormones that cause shoot growth (CK, SA, GA and Eth?) to the site of its synthesis, also strengthening apical dominance? Is transported for the shoot to the root through the phloem with its strong attraction of sugar causing sugar to move with it? High amounts externally applied induce gibberellin/brassinosteroid through the over-stimulation of use or the storage of sugar? Induces new root growth? Helps induce cell division along with CK, IAA and SA? Levels peak during the day when sugar making through photosynthesis is at its highest?


Input: [Name] Cytokinin (CK sometimes Zeatin) [Speculated Role] Abundance of root nutrition other than water [Effects]

Output: Induces new sinks of root nutrition, mainly new shoots. I would predict high levels to induce strigolactone increases. Induces the storage of excess root derived nutrition other than water. With auxin, induces cell division. Attracts all nutrients to its site of synthesis also including hormones, but maybe just the hormones that stimulate root growth mainly IAA, JA?, ABA? and strigolactones? Levels peak during the day when transpiration and root nutrient level intakes are at their highest. Transported through the xylem from the roots to the shoots?


Input: [Name] Salicylic Acid (SA) [Speculated Role] Abundance of water [Effects]

Output: Found in abundance in Willow tree bark (where it was first discovered). Willow trees are often found on the banks of rivers and other bodies of water where the plants should have an abundance of water available to the root system. May normally induce stomata to open. Induces new sinks of root nutrition, mainly new shoots? Induces excess water storage in vacuoles?


Input: [Name] Ethylene (ETH) [Speculated Role] Deficiency of oxygen (and too much carbon dioxide?) [Effects]

Output: Inhibits root growth. Stimulates root hair growth maybe increasing the roots ability to directly absorb oxygen from gaps in the soil granules. Induces aerenchyma during flooding which are hollow tubes from the shoot to the rot through which oxygen can be obtained and maybe carbon dioxide expelled. Induces adventitious roots during flooding, maybe also to facilitate gas exchange because adventitious roots are exposed to the air. Stimulates shoot growth and the broadening of leaves all in an attempt to increase the intake of oxygen and the diffusion out of the plant at night of carbon dioxide? Stimulates the use of oxygen stores and the inhibition of processes that produce carbon dioxide? Causes the abscission of leaves. . . .This one is hard to explain. Maybe it causes the abscission of leaves that don't absorb oxygen or release carbon dioxide at night anymore. Induce cell senescence acting in concert with GA, strigolactones and ABA?


Input: [Name] Gibberellin (GA)/ Brassinosteroid (BA) [Speculated Role] Deficiency of sugar [Effects]

Output: Inhibits root growth. Stimulates the use of sugar stores. Levels peak at night when stored sugar is needed to be used? Causes the shoot to greatly lengthen perhaps bringing it into the sunlight and an increasing level of sugar making. Induce cell senescence acting in concert with Eth, strigolactones and ABA?


Input: [Name] Strigolactones [Speculated Role] Deficiency of root derived nutrients other than water [Effects]

Output: Inhibits shoot branching and growth. Stimulates the release of store of nutrients other water, sugar and oxygen. Stimulates root growth and the absorption of root derived nutrients other water. Induce cell senescence acting in concert with Eth, GA and ABA?


Input: [Name] Abscisic Acid (ABA) [Speculated Role] Deficiency of water [Effects]

Output: Closes stomates, stopping transpiration. Levels peak at night when stored sugar is needed to be used? Stimulates root growth and the absorption of water? Induce cell senescence acting in concert with Eth, strigolactones and GA?


Input: [Traditional Liposuction] Usually general anesthesia - gas, sometimes IV sedation. [WaterLipo®] Local anesthetic (numbing) [0]

Output: Pain Control

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Traditional Liposuction] Add facility and anesthesia costs [WaterLipo®] Usually less [0]

Output: Costs

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Traditional Liposuction] Much higher complication rate [WaterLipo®] Tumescent technique with lowest rate of complications documented in the medical literature. Greatest patient satisfaction documented in the medical literature. [0]

Output: Risks

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Traditional Liposuction] Much less precise because of large instruments and sleeping patient [WaterLipo®] Desired improvement with greater proven safety. [0]

Output: Expectations

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Traditional Liposuction] Significant blood loss Transfusions can be required [WaterLipo®] Minimal blood loss. Patient usually loses more blood during a blood test than with these procedures [0]

Output: Bleeding

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Traditional Liposuction] Significantly more. Requires immediate and prolonged use of pain killers. [WaterLipo®] Often minimal because much less trauma caused to the body with water pressure than scraping at fat. [0]

Output: Pain

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Traditional Liposuction] NOT a tumescent technique, misleading if stated so. Need IV Fluids to replace what is lost [WaterLipo®] Tumescent technique replaces fluid in the patient in the form of the tumescent Solution. No extra IV fluids are neede [0]

Output: IV Fluid Needs

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Traditional Liposuction] Usually double or triple that of tumescent [WaterLipo®] Faster recuperation time, walk-in-walk-out surgery always done as an in-office procedure [0]

Output: Recuperation

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Traditional Liposuction] Return to work in days to weeks [WaterLipo®] Usually can return to work the next day depending on the treatment size [0]

Output: Return to Work

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Traditional Liposuction] Larger instruments that crush and suck fat means more pain, bleeding and schance of skin irregularities and LOOSE SKI [WaterLipo®] Gentle stream of water creates virtually zero bleeding and smooth results. Laser tightening during procedure further tightens skin. [0]

Output: Instruments

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Traditional Liposuction] Usually hospitals; Sometimes surgical center; Less office based [WaterLipo®] Almost always done in office. No hospitals or IVs required. [0]

Output: Operative Suite

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Traditional Liposuction] General anesthesia or heavy ID sedations used [WaterLipo®] Local numbing only. No IV sedation used [0]

Output: Anesthesia

CHICAGO LIPOSUCTION - DR. JOFFREY - WATERLIPO® VS TRADITIONAL LIPO - CHICAGO LIPO


Input: [Feature] Nuclear morphology [Basophils] segmented [Mast cells]

Output: round or ovoid


Input: [Feature] Mitotic potential [Basophils] no [Mast cells]

Output: yes


Input: [Feature] Peroxidase content [Basophils] + [Mast cells]


Input: [Feature] Acid phosphatase [Basophils] - [Mast cells]


Input: [Feature] Alkaline phosphatase [Basophils] - [Mast cells]


Input: [Feature] PAS reaction [Basophils] ++++ [Mast cells]


Input: [Description] Use paper plates as reflectors to add fill light to macro shots. Use doll sized mirrors from the Dollar Store to add highlights to certain areas of your macro shots [Contributor] Michael Brown [Idea]

Output: Paper plate reflector


Input: [Description] Head for Wal-mart or your favorite store and grab a needle stitch hoop and your favorite colored cloth for a cool light diffuser. Your total cost, about $5.00, perhaps less! [Contributor] Micki Harbour [Idea]

Output: Needle Stitch Hoop diffuser


Input: [Description] Grab yourself a white kitchen garbage bag and head out to the field. Makes for a fine portable cloud to allow nice soft light on those sunny days. [Contributor] John Seltzer [Idea]

Output: Portable cloud


Input: [Description] No need to sacrifice those low shots because of a bit of wet ground! Cardboard and/or garbage bags do the trick! Simply place them on the ground and you have yourself a nice shooting platform. [Contributor] Micki/Thomas [Idea]

Output: Cardboard/Garbage bag platform


Input: [Description] Sneak a 1 gallon Zip-lock (or your favorite brand) out of the pantry and keep it in your bag. If it starts to rain, you can slip this over your important gear. [Contributor] Anita Jesse [Idea]

Output: Camera Rain Coat


Input: [Description] Zip-Lock to the rescue again. If you find yourself in windy/sandy conditions, change your lenses while your camera is protected with the Zip-Lock or garbage bag. [Contributor] Paul Lester [Idea]

Output: Portable changing room


Input: [Virtual Screening] ChemDB [Description]

Output: Chemical dataset

Computational Resources for Drug Discovery


Input: [Virtual Screening] ChemID Plus [Description]

Output: allows users to search compound identifiers such as chemical name or CAS Registry Number on the NLM ChemIDplus database of over 370,000 chemicals.

Computational Resources for Drug Discovery


Input: [Virtual Screening] ChemBank [Description]

Output: allows users to search small compounds, assays and proteins

Computational Resources for Drug Discovery


Input: [Virtual Screening] ZINC [Description]

Output: contains over 8 million purchasable compounds in ready- to-dock, 3D formats

Computational Resources for Drug Discovery


Input: [Virtual Screening] IB Screen database [Description]

Output: Chemical library for screening

Computational Resources for Drug Discovery


Input: [Virtual Screening] Maybridge Database [Description]

Output: designs and produces innovative chemical Building Blocks and Screening Compounds, and provides Medicinal Chemistry for the drug discovery industry

Computational Resources for Drug Discovery


Input: [Virtual Screening] MDL SCD [Description]

Output: Consolidated Supplier Catalogs for High-Throughput Screening

Computational Resources for Drug Discovery


Input: [Virtual Screening] Bioscreening [Description]

Output: Online searchable database of available compounds

Computational Resources for Drug Discovery


Input: [Virtual Screening] TimTec [Description]

Output: synthetic organic compound library

Computational Resources for Drug Discovery


Input: [Virtual Screening] RPBS ADME Tox [Description]

Output: ADME-Tox (poor absorption, distribution, metabolism, elimination (ADME) or toxicity) filtering for small compounds

Computational Resources for Drug Discovery


Input: [Virtual Screening] PDB Chemical Search [Description]

Output: Substructure search against 8458 chemical compounds from PDB

Computational Resources for Drug Discovery


Input: [1] aluminium chloride [2] copper sulphate [3] iron(II) sulphate [4] lead(II) nitrate [5] magnesium sulphate [6] zinc sulphate [0]

Output: salt\metal

gcse Metal reactivity series experiments - results, observations, conclusions, deductions igcse KS4 science chemistry revision notes revising


Input: [1] no reaction - same metal [2] faint pink coating of copper [3] theoretically reacts - but doubt if you see anything [4] theoretically reacts - but doubt if you see anything [5] no reaction [6] theoretically reacts - but doubt if you see anything [0]

Output: aluminium film

gcse Metal reactivity series experiments - results, observations, conclusions, deductions igcse KS4 science chemistry revision notes revising


Input: [1] no reaction [2] no reaction - same metal [3] no reaction [4] no reaction [5] no reaction [6] no reaction [0]

Output: copper strip

gcse Metal reactivity series experiments - results, observations, conclusions, deductions igcse KS4 science chemistry revision notes revising


Input: [1] no reaction [2] pink-orange-brown-dark? layer of copper on the iron filings, blue colour fades [3] no reaction - same metal [4] theoretically reacts - but doubt if you see anything [5] no reaction [6] no reaction [0]

Output: iron filings

gcse Metal reactivity series experiments - results, observations, conclusions, deductions igcse KS4 science chemistry revision notes revising


Input: [1] no reaction [2] You may see a pink-orange-brown-dark? layer of copper on the lead strip, blue colour fades [3] no reaction [4] no reaction - same metal [5] no reaction [6] no reaction [0]

Output: lead strip

gcse Metal reactivity series experiments - results, observations, conclusions, deductions igcse KS4 science chemistry revision notes revising


Input: [1] You may see a slight change on the Mg surface [2] pink-orange-brown-dark? layer of copper on the magnesium strip, blue colour fades [3] 'dark' crystals of iron on the magnesium ribbon [4] 'dark' crystals of lead on the magnesium ribbon [5] no reaction - same metal [6] 'dark' crystals of zinc on the magnesium ribbon [0]

Output: magnesium ribbon

gcse Metal reactivity series experiments - results, observations, conclusions, deductions igcse KS4 science chemistry revision notes revising


Input: [1] no reaction [2] pink-orange-brown-dark? layer of copper on the zinc granules, blue colour fades [3] 'dark' crystals of iron on the zinc granules [4] 'dark' crystals of lead on the zinc granules [5] no reaction [6] no reaction - same metal [0]

Output: zinc granules

gcse Metal reactivity series experiments - results, observations, conclusions, deductions igcse KS4 science chemistry revision notes revising


Input: [0] Source of force [1] From [2] To [4] Detail Number [3]

Output: Means of delivery

Structural design of Light Gauge steel/Cold formed steel: Precision Structural Engineering, Inc.


Input: [0] Roof diaphragm to walls perpendicular to trusses [1] Roof diaphragm [2] blocking [3]

Output: Diaphragm screws to top of blocking

Structural design of Light Gauge steel/Cold formed steel: Precision Structural Engineering, Inc.


Input: [1] Blocking [2] Wall top track [3]

Output: Screws at the bottom of blocking per details

Structural design of Light Gauge steel/Cold formed steel: Precision Structural Engineering, Inc.


Input: [0] Roof diaphragm to trusses parallel to wall [1] Diaphragm [2] Drag Truss top chord [3]

Output: Diaphragm screws shown on plan

Structural design of Light Gauge steel/Cold formed steel: Precision Structural Engineering, Inc.


Input: [1] Drag Truss bottom chord [2] Wall top track [3]

Output: Screw at truss bottom chord per details

Structural design of Light Gauge steel/Cold formed steel: Precision Structural Engineering, Inc.


Input: [0] Horizontal component of brace force [1] Wall top track [2] Gusset plate [3]

Output: Shear screws per brace schedule.

Structural design of Light Gauge steel/Cold formed steel: Precision Structural Engineering, Inc.


Input: [0] Vertical component of force [1] Gusset plate [2] Wall studs [3]

Output: Uplift screws per brace schedule.

Structural design of Light Gauge steel/Cold formed steel: Precision Structural Engineering, Inc.


Input: [1] Gusset plate [2] Brace [3]

Output: Brace screws per brace schedule.

Structural design of Light Gauge steel/Cold formed steel: Precision Structural Engineering, Inc.


Input: [Code] AVML [Notes] This meal is usually ordered by passengers from the Asian Sub-Continent, which are generally include Asia-produced vegetables and do not contain meat or seafood. [Name]

Output: Vegetarian Asian (hindu) meal


Input: [Code] BBML [Notes] This meal contains meat, vegetables or fruits. It may be pulp, minced meat, vegetable puree and dessert. [Name]

Output: Baby meal


Input: [Code] BLML [Notes] This meal includes low fat and low fiber foods. It avoids fried foods, black pepper, strong vegetables and condiments, mustard, pickles, garlic, nuts, and drinks containing caffeine or alcohol. It is suitable for passengers who suffer from stomach or intestinal problems. [Name]

Output: Bland meal


Input: [Code] CHML [Notes] This meal contains foods that children enjoy. It avoids food with too much salt or sugar. [Name]

Output: Child meal


Input: [Code] DBML [Notes] This meal contains low-sugar foods and is prepared for passengers who are diabetic. It does not contain sugar of any kind. [Name]

Output: Diabetic meal


Input: [Code] FPML [Notes] This meal contains fruit only, including fresh fruit, fruit compote and fruit desserts. [Name]

Output: Fruit platter meal


Input: [Code] GFML [Notes] This meal is prepared for passengers who have a gluten allergy and intolerance. (Gluten is a protein existing in wheat, barley, oats and rye.) Breads, sauces, custards, cakes, chocolates, crackers, cereals and related products are strictly excluded. [Name]

Output: Gluten intolerant meal


Input: [Code] HNML [Notes] This meal does not include beef or pork. Lamb, poultry, other meats; fish and dairy are allowed. This special meal is prepared for a small number of Indian passengers who are allowed to eat meat or fish. [Name]

Output: Hindu meal


Input: [Code] KSML [Notes] All foods are prepared and served according to Jewish dietary requirements and are purchased from reputable manufacturers. (Note: Advanced notice of 48 hours is needed.) [Name]

Output: Kosher meal


Input: [Code] LCML [Notes] This meal contains lean meat, low-fat dairy products and high-fiber foods. Sugars, creams, sauces, mayonnaise and fatty foods are excluded. [Name]

Output: Low calorie meal


Input: [Code] LFML [Notes] This meal is for those who need to reduce their fat intake. It does not contain fried foods, fatty meats, dairy products, processed foods, gravy, offal, shellfish, egg yolks or baked goods. [Name]

Output: Low fat meal


Input: [Code] LSML [Notes] The amount of salt is controlled at a certain level in this meal. It is prepared for passengers with hypertension, urinary retention and nephropathy. There is no salt, garlic salt, glutamine, soda, pickles, canned meat and fish, creams, cheeses, shellfish, mashed potatoes, gravy, chicken powder, bread, and canned vegetables. [Name]

Output: Low salt meal


Input: [Code] MOML [Notes] No pork, bacon, ham, animal gelatin, animal fats, alcohol, non-scale fish, eel or turtle is used. All poultry and meats used are slaughtered and cooked according to Halal tradition. [Name]

Output: Moslem meal


Input: [Code] NLML [Notes] No lactose, dairy or related products are used. No cheese, dairy, yogurt, butter, artificial meat products, cake, cookies, cream desserts, pudding, mashed potatoes, toffee, chocolate or cream is used. [Name]

Output: Low lactose meal


Input: [Code] RVML [Notes] This meal only uses raw fruits and vegetables and does not contain any animal protein. [Name]

Output: Vegetarian raw meal


Input: [Code] SFML [Notes] This meal is specially designed for passengers who like seafood, and includes one or more kinds of seafood. No meat products are used. [Name]

Output: Seafood meal


Input: [Code] SPML [Notes] The code has no specific meaning and must be used together with specific instructions. For example: SSR SPML CA NN1 PEKHKG 109 K06DEC PAX NEED A MOML, BUT NO SALT/P1? [Name]

Output: Special meal


Input: [Code] VGML [Notes] Also known as ??Vegan Meal??, this meal is totally free of animal products or by-products. It does not include meat, fish or dairy products, eggs, cheese and related products, or margarine. [Name]

Output: Vegetarian vegan meal


Input: [Code] VJML [Notes] This meal is for members of the Jain community, whom are pure vegetarians. It is prepared using Asian methods. It contains no root vegetables such as onions, ginger, garlic or carrots, and contains no animal products and by-products. [Name]

Output: Vegetarian jain meal


Input: [Code] VLML [Notes] This meal does not contain any meat, seafood or related products, but it may contain butter, cheese, milk and eggs. [Name]

Output: Vegetarian lacto-ovo meal


Input: [Code] VOML [Notes] This meal is prepared in Chinese or Oriental style. It contains no meat, fish, game, dairy products or any underground root vegetable, such as ginger, garlic, onion, green onions, etc. [Name]

Output: Vegetarian oriental meal


Input: [Technology] Range Nearfield for safety [Conductive coupling*] Metal-tometal contact required [Broadcast / RF*] 1-2 meters

Output: Very close (mm)

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] Power Transfer Efficiency 98% at 1.4kW [Conductive coupling*] High [Broadcast / RF*] Low

Output: Unknown

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] Adaptive Device Recognition Yes [Conductive coupling*] No [Broadcast / RF*] No

Output: No

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] Charging Intelligence Yes [Conductive coupling*] Unknown [Broadcast / RF*] Unknown

Output: No

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] Energy Conservation Yes [Conductive coupling*] Unknown [Broadcast / RF*] Unknown

Output: No

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] Low Power Capable Yes [Conductive coupling*] Unknown [Broadcast / RF*] Yes

Output: Yes

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] Medium Power Capable Yes [Conductive coupling*] Unknown [Broadcast / RF*] Unknown

Output: Unknown

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] High Power Capable Yes [Conductive coupling*] Unknown [Broadcast / RF*] Unknown

Output: Unknown

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] Data Transfer Yes [Conductive coupling*] Unknown [Broadcast / RF*] Unknown

Output: Unknown

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] Meets Safety Standards (CISPR, ICNIRP and others) Yes [Conductive coupling*] Unknown [Broadcast / RF*] Unknown

Output: Unknown

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] Meets FCC Requirements Yes [Conductive coupling*] Unknown [Broadcast / RF*] Unknown

Output: Unknown

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] Mid-Range Distance Yes [Conductive coupling*] No [Broadcast / RF*] Yes - low power and low efficiency only

Output: No

frequently asked questions | eCoupled – intelligent wireless power


Input: [Technology] Patents 600 granted and pending [Conductive coupling*] Very Few [Broadcast / RF*] Very Few

Output: Very Few

frequently asked questions | eCoupled – intelligent wireless power


Input: [Conducted] Yes [Radiated] Yes [Resolution] 0.01�F capacitors on motor leads fixed radiated noise [Noise Source]

Output: Water pumps


Input: [Conducted] Yes [Radiated] Yes [Resolution] Power line filter (20 amp) on SSB power leads stopped conducted noise [Noise Source]

Output: Refrigeration


Input: [Conducted] No [Radiated] Yes [Resolution] Changed 8-conductor cable from phone cable to cat 5 cable, improved grounds on the metal box [Noise Source]

Output: Voltage regulator


Input: [Conducted] Yes [Radiated] Yes [Resolution] Improved ground to engine block, added in-line alternator filter [Noise Source]

Output: Alternator


Input: [Conducted] ?? [Radiated] Yes [Noise Source]

Output: Inverter


Input: [Conducted] ?? [Radiated] ?? [Noise Source]

Output: Fans


Input: [Resolution] Pose model 3/4 to the camera [Model Issue]

Output: Round or Fat Face


Input: [Resolution] Pose model facing the camera [Model Issue]

Output: Thin Face


Input: [Resolution] Use softer, frontal lighting [Model Issue]

Output: Wrinkly Face, Deep Lines


Input: [Resolution] Shadow problem areas, or reposition [Model Issue]

Output: Blemishes or Scars


Input: [Resolution] Raise chin slightly [Model Issue]

Output: Big Nose


Input: [Resolution] Pose nose at an angle to camera [Model Issue]

Output: Small nose


Input: [Resolution] 3/4 pose, higher camera angle [Model Issue]

Output: Square jaw


Input: [Resolution] Stretch neck, lean head toward camera [Model Issue]

Output: Multiple chins


Input: [Resolution] Largest eye close to camera, other in shadow [Model Issue]

Output: Different sized eyes


Input: [Resolution] Light into eyes [Model Issue]

Output: Deep set eyes


Input: [Resolution] Time shot after subject blinks [Model Issue]

Output: Blinkers


Input: [Resolution] 3/4 pose [Model Issue]

Output: Large Ears


Input: [Resolution] Shoot with empty frames [Model Issue]

Output: Eye Glass Wearers


Input: [Resolution] Check to make sure that background doesn't show through hair, restyle if necessary. [Model Issue]

Output: People with Dark Hair


Input: Fire Service Institute Hoses and nozzles [Why do they measure?]

Output: They need big circumference hoses for big fires.


Input: Ladder [Why do they measure?]

Output: They need to get the right size ladder for the height of the building.


Input: Water and pressure gauges [Why do they measure?]

Output: They control how much water comes out.


Input: Smoke detector inside fire truck cab [Why do they measure?]

Output: Measure the clean air.


Input: Gas gauge [Why do they measure?]

Output: Tells how much gas is in the tank.


Input: Speedometer [Why do they measure?]

Output: Tells how fast the truck is going.


Input: Odometer [Why do they measure?]

Output: How many miles it's gone.


Input: Illini Credit Union Coin counter [Why do they measure?]

Output: Counts how many coins.


Input: Coin wraps [Why do they measure?]

Output: Sorts coins by size and type.


Input: Dollar counter [Why do they measure?]

Output: Counts and measures the size of dollar bills.


Input: Cash register [Why do they measure?]

Output: Counts how much dollar and cents.


Input: Ceramics Studio Caliper [Why do they measure?]

Output: Measure around pots so the pot is the right size.


Input: Potters wheel [Why do they measure?]

Output: Potter knows how fast and how slow to make the wheel go.


Input: Glaze [Why do they measure?]

Output: Glaze is a powder that is mixed and put on the pots.


Input: Kiln temperature & Combs [Why do they measure?]

Output: Combs bend to tell that the kiln is hot enough.


Input: Water Survey - Ground Water Section Baler [Why do they measure?]

Output: Measures water in a well.


Input: Coil [Why do they measure?]

Output: Coil goes down in the well and measures how deep the water is underground.


Input: Black box thermometer [Why do they measure?]

Output: Temperature of the water underground.


Input: Sheep farm Separating gate [Why do they measure?]

Output: Keeps the grown up sheep from eating the Creep food.


Input: Spring scale and the sling [Why do they measure?]

Output: Measures how heavy is the lamb.


Input: Turning gate [Why do they measure?]

Output: Turns the sheep so the farmer can record their health and put in a number ear tag.


Input: Ear tag dispenser [Why do they measure?]

Output: Measures ink.


Input: Lambing jug [Why do they measure?]

Output: Pen for one mother and newborn lambs (usually one or two).


Input: Scale [Why do they measure?]

Output: Weighs bags of wool.


Input: Loft [Why do they measure?]

Output: Hay and grain is stored there. Bales of hay are counted, grain is ground and mixed.


Input: Stantion [Why do they measure?]

Output: Holds some mother sheep by the head just right so they can't get out.


Input: Equal Impedance & Ratio ,Same KVA [Equal Loading] Yes [Unequal Loading] No [Overloading Current] No [Recomm. connection] Yes [Circulating Current]

Output: No

Parallel Operation of Transformers | Electrical Notes & Articles


Input: Equal Impedance & Ratio But different KVA [Equal Loading] No [Unequal Loading] Yes [Overloading Current] No [Recomm. connection] Yes [Circulating Current]

Output: No

Parallel Operation of Transformers | Electrical Notes & Articles


Input: Unequal Impedance But Same Ratio& KVA [Equal Loading] No [Unequal Loading] Yes [Overloading Current] Yes [Recomm. connection] No [Circulating Current]

Output: No

Parallel Operation of Transformers | Electrical Notes & Articles


Input: Unequal Impedance & KVA But Same Ratio [Equal Loading] No [Unequal Loading] Yes [Overloading Current] Yes [Recomm. connection] No [Circulating Current]

Output: No

Parallel Operation of Transformers | Electrical Notes & Articles


Input: Unequal Impedance & Ratio But Same KVA [Equal Loading] Yes [Unequal Loading] No [Overloading Current] Yes [Recomm. connection] No [Circulating Current]

Output: Yes

Parallel Operation of Transformers | Electrical Notes & Articles


Input: Unequal Impedance & Ratio & different KVA [Equal Loading] No [Unequal Loading] No [Overloading Current] Yes [Recomm. connection] No [Circulating Current]

Output: Yes

Parallel Operation of Transformers | Electrical Notes & Articles


Input: [Canned Beans/Chili] Canned Ravioli [Canned Meals] Canned Stews [Canned Fruit/Fruit Cups]

Output: Canned Soup

New Hope United Methodist Church | Hertford, North Carolina > Food Pantry Ministry


Input: [Canned Beans/Chili] Canned Tuna [Canned Meals] Cereal [Canned Fruit/Fruit Cups]

Output: Canned Vegetables

New Hope United Methodist Church | Hertford, North Carolina > Food Pantry Ministry


Input: [Canned Beans/Chili] Cereal Bars [Canned Meals] Dried Beans [Canned Fruit/Fruit Cups]

Output: Crackers

New Hope United Methodist Church | Hertford, North Carolina > Food Pantry Ministry


Input: [Canned Beans/Chili] Juice/Juice Boxes [Canned Meals] Pasta Sauce [Canned Fruit/Fruit Cups]

Output: Pasta

New Hope United Methodist Church | Hertford, North Carolina > Food Pantry Ministry


Input: [Canned Beans/Chili] Peanut Butter [Canned Meals] Rice [Canned Fruit/Fruit Cups]

Output: Protein Bars

New Hope United Methodist Church | Hertford, North Carolina > Food Pantry Ministry


Input: [Canned Beans/Chili] Toilet Paper [Canned Fruit/Fruit Cups]

Output: Water in Plastic Bottles

New Hope United Methodist Church | Hertford, North Carolina > Food Pantry Ministry


Input: [Condition/Surgery] Appendectomy or abdominal keyhole surgey

Output: 4 days

Am I fit to fly? | Frequently Asked Questions


Input: [Condition/Surgery] Broken Bones

Output: Passengers should pre advise Ryanair of their condition and assistance requirements (if applicable) at the time of booking online or via our Special Assistance line perferably on the day of booking. Please click here for more information.

Am I fit to fly? | Frequently Asked Questions


Input: [Condition/Surgery] Cataract or corneal laser or other eye surgery

Output: 1 day

Am I fit to fly? | Frequently Asked Questions


Input: [Condition/Surgery] Chronic bronchitis, emphysema or other forms of chronic obstructive pulmonary disease

Output: You may be able to travel with therapeutic oxygen. There is a charge for this service and it must be booked in advance of travel by calling our Special Assistance Call Centre line.

Am I fit to fly? | Frequently Asked Questions


Input: [Condition/Surgery] Epilepsy

Output: Unless advised otherwise by your doctor you should not travel within 24 hours of a grand mal fit.

Am I fit to fly? | Frequently Asked Questions


Input: [Condition/Surgery] Heart Attack

Output: Unless advised otherwise by your doctor you should not fly within 7 days of a heart attack and only then if it is essential (e.g. if you need to be repatriated from overseas) and, ideally, delay travel for up to 4 weeks or longer if there any complications.

Am I fit to fly? | Frequently Asked Questions


Input: [Condition/Surgery] Infectious Disease

Output: All airlines have the right to refuse to carry passengers with conditions that may worsen or have serious consequences during the flight. Please click here for more information.

Am I fit to fly? | Frequently Asked Questions


Input: [Condition/Surgery] Major chest, abdominal or cranial surgery, or middle ear surgery

Output: 10 days

Am I fit to fly? | Frequently Asked Questions


Input: [Condition/Surgery] Tonsillectomy

Output: 6 days

Am I fit to fly? | Frequently Asked Questions


Input: [Ingredients] Gum [Bubble gum] Not less than 14.0 per cent by weight [Chewing gum]

Output: Not less than 12.5 per cent by weight

Specific Requirements for Sweets and Confectionery


Input: [Ingredients] Moisture [Bubble gum] Not more than 3.5 per cent by weight [Chewing gum]

Output: Not more than 3.5 per cent by weight

Specific Requirements for Sweets and Confectionery


Input: [Ingredients] Sulphated Ash [Bubble gum] Not more than 11.5 per cent by weight [Chewing gum]

Output: Not more than 9.5 per cent by weight

Specific Requirements for Sweets and Confectionery


Input: [Ingredients] Acid insoluble ash [Bubble gum] Not more than 3.5 per cent by weight [Chewing gum]

Output: Not more than 2.0 per cent by weight

Specific Requirements for Sweets and Confectionery


Input: [Ingredients] Reducing sugars (calculated as dextrose) [Bubble gum] Not less than 5.5 per cent by weight [Chewing gum]

Output: Not less than 4.5 per cent by weight

Specific Requirements for Sweets and Confectionery


Input: [Ingredients] Sucrose [Bubble gum] Not more than 60.0 percent by weight [Chewing gum]

Output: Not more than 70.0 per cent by weight

Specific Requirements for Sweets and Confectionery


Input: 1,1,1 Trichloroethane [Hazardous Wastes] Asbestos [Hydrocarbons]

Output: Mineral Oil


Input: Acetylene [Hazardous Wastes] Arsenic [Hydrocarbons]

Output: Waste Oil


Input: Ammonia [Hazardous Wastes] Chromium [Hydrocarbons]

Output: Gear Oil


Input: Ammonium Sulfate [Hazardous Wastes] . [Hydrocarbons]

Output: Lube Oil


Input: Bromochlorodimethyhydrant [Hazardous Wastes] . [Hydrocarbons]

Output: Motor Oil


Input: Lime (Calcium Oxide) [Hazardous Wastes] . [Hydrocarbons]

Output: Gasoline


Input: Coal [Hazardous Wastes] . [Hydrocarbons]

Output: Petroleum Distillate


Input: Dichlorodiflouromethane [Hazardous Wastes] . [Hydrocarbons]

Output: Natural Gas


Input: Hydrochloric Acid [Hazardous Wastes] . [Hydrocarbons]

Output: Petroleum Naphtha


Input: Hydrogen [Hazardous Wastes] . [Hydrocarbons]

Output: Diesel


Input: Hydrazine Mercury Methyl ethyl ketone (MEK) Nitrogen Oxygen Rubber Sodium Hydroxide Sulfuric Acid Asbestos Polychlorinated Biphenyl Arsenic Chromium [Hazardous Wastes] . [Hydrocarbons]


Input: [Codice] 22056 [Descrizione]

Output: Collection Test tube 12x56 mm with K2 EDTA x 2,5 ml of blood light green cap


Input: [Codice] 22058 [Descrizione]

Output: Collection Test tube 13x75 mm with K2 EDTA x 2,5 ml of blood light green cap


Input: [Codice] 22055 [Descrizione]

Output: Collection Test tube 12x86 mm with K2 EDTA x 2,5 ml of blood light green cap


Input: [Codice] 22054 [Descrizione]

Output: Collection Test tube 12x86 mm with K2 EDTA x 5 ml of blood light green cap


Input: [Codice] 22053 [Descrizione]

Output: Collection Test tube 16x60 mm with K2 EDTA x 2,5 ml of blood light green cap


Input: [Codice] 22052 [Descrizione]

Output: Collection Test tube 16x60 mm with K2 EDTA x 5 ml of blood light green cap


Input: [Category] Integration [OEM] x [Description]

Output: Partner white labels the Experian Data Quality functionality

Reseller Program | Experian Data Quality


Input: [Category] Sales [OEM] x [Reseller] x [Description]

Output: Partner is responsible for selling the integrated product

Reseller Program | Experian Data Quality


Input: [Category] Marketing [Reseller] x [Description]

Output: Experian Data Quality and Partner collaborate on joint marketing efforts.

Reseller Program | Experian Data Quality


Input: [Category] Training [OEM] x [Reseller] x [Description]

Output: Partner agrees to participate in product training with Experian Data Quality

Reseller Program | Experian Data Quality


Input: [Category] Support [OEM] x [Reseller] x [Description]

Output: Partner is responsible for 1st line support.

Reseller Program | Experian Data Quality


Input: [Category] Exclusivity [OEM] x [Reseller] x [Description]

Output: Partner white labels the Experian Data Quality functionality

Reseller Program | Experian Data Quality


Input: [Category] Term [OEM] x [Reseller] x [Description]

Output: Experian Data Quality and partner agree to a multi-year contract.

Reseller Program | Experian Data Quality


Input: [Category] Pricing [OEM] 45%+ [Reseller] 20-45% [Description]

Output: Revenue-share opportunity

Reseller Program | Experian Data Quality


Input: [Treatment process] Filtration [Contaminants Removed/Altered] Iron, manganese, arsenic, silt, sand, organics, some heavy metals, radon, cysts [What it does]

Output: By passing water through a cartridge, granular media or other device, contaminants are subtracted from the water to make it cleaner. In some cases this is a "straining" effect; in other cases the contaminants are removed by adsorption- the contaminants have an attraction to the surface of the filter. Often, minerals such as iron and manganese are oxidized prior to filtration in order to create large enough particles to filter. In addition, pH changes may be needed. Already have a cartridge filter that requires replacement cartridges? Check out our store WellWaterProducts.com.


Input: [Treatment process] Ion exchange (softening, etc) See how a water softener works [Contaminants Removed/Altered] Hardness (calcium, magnesium), iron, manganese are commonly removed. Other ions such as arsenic, radium and nitrates can be removed this way. [What it does]

Output: As water runs through a resin in a vessel, charged electrical particles (ions) are exchanged for other ions which are more desirable. Often the resin can be regenerated automatically for years of service. In industrial settings, a very similar process is used to make ultra high purity water. Most residential and commercial applications are oriented toward nuisance mineral control though we have had some success reducing arsenic and radium with this method.


Input: [Treatment process] Oxidation [Contaminants Removed/Altered] Does not technically remove anything; alters water chemistry. [What it does]

Output: By introducing oxidizers such as chlorine, ozone, oxygen, or ozone (there are others too), ions' electrical charges change (get more positive). This is often done to prepare for filtration. Sometimes oxidation alone is sufficient to manage hydrogen sulfide (a gas which has a rotten egg smell).


Input: [Treatment process] pH correction [Contaminants Removed/Altered] Usually does not technically remove anything; alters water chemistry-except via air stripping (see below). Controlling low pH often reduces levels of leached copper and lead in plumbing systems. [What it does]

Output: By dissolving an alkaline (basic) material into water, low pH (<6.5 units) can be adjusted to prevent corrosion. Often accomplished with a calcite filter/contactor which uses clean lime to correct pH. Sometimes high pH's are controlled by acid injection. This may be done for scale control, though very seldom in our service area.


Input: [Treatment process] Aeration (air stripping) [Contaminants Removed/Altered] Radon, volatile organics, can raise pH, hydrogen sulfide [What it does]

Output: By forcing high volumes of air through water, dissolved gases and other volatile compounds are liberated and vented away. (example:if you aerated carbonated soda, it would become very flat)


Input: [Treatment process] Disinfection [Contaminants Removed/Altered] Kills microbes, or in the case of ultraviolet, prevents multiplication [What it does]

Output: Adding a disinfectant (chlorine, ozone, ultraviolet light) kills or disables microbes to make water safer to drink.


Input: [Treatment process] Reverse osmosis (and other membranes) [Contaminants Removed/Altered] Ions: sodium, chloride, lead, nitrates, arsenic, etc. This process can also be used to extract water from maple sap in order to make the syrup processing more efficient. [What it does]

Output: Untreated, pressurized water is pushed against very fine filter (membrane) under pressure. While clean water is squeezed through, many contaminants are flushed to waste. Often used as a drinking water solution. Typically silt, manganese, iron and hardness are removed prior to reaching the membrane in order to prevent fouling.


Input: [Treatment process] Distillation [Contaminants Removed/Altered] Distillation removes nearly all contaminants from water but is rather energy-intensive. [What it does]

Output: By boiling water, vapor is formed and condensed. The contaminants are left in the boiling chamber.


Input: [Treatment process] Sequestration [Contaminants Removed/Altered] Can be used to control mineral staining and corrosion [What it does]

Output: By surrounding ions with a polymer, they are shielded from posing problems. Often accomplished by injecting a solution into the water. Can also help with corrosion control


Input: [Treatment process] Magnetic devices [Contaminants Removed/Altered] We have found no practical application for these devices. [What it does]

Output: Supposedly alter the structure of water. Some claim that they help with scale control. We have seen no evidence to support these claims.


Input: [Concentration] 70% by volume [Component]

Output: Sufuric acid

Electropolishing Aluminum : Products Finishing


Input: [Concentration] 15% by volume [Component]

Output: Phosphoric acid

Electropolishing Aluminum : Products Finishing


Input: [Concentration] 1% by volume [Component]

Output: Nitric acid

Electropolishing Aluminum : Products Finishing


Input: [Concentration] 14% by volume [Component]

Output: Water

Electropolishing Aluminum : Products Finishing


Input: [Concentration] Range [Component]

Output: Operating conditions

Electropolishing Aluminum : Products Finishing


Input: [Concentration] 165-185°F [Component]

Output: Temperature

Electropolishing Aluminum : Products Finishing


Input: [Concentration] 2-15 min [Component]

Output: Time

Electropolishing Aluminum : Products Finishing


Input: [Concentration] 10 [Component]

Output: Voltage

Electropolishing Aluminum : Products Finishing


Input: [Concentration] 30-50 [Component]

Output: ASF

Electropolishing Aluminum : Products Finishing


Input: [0] If your clarinet is [1] age [2] general value [3]

Output: Recommendations


Input: [0] a top of the line wooden Buffet, Selmer Leblanc/Noblet, Yamaha, or other professional instrument For Buffet wooden clarinets, make sure that it is NOT stamped Made in Germany! [1] and if it is from 1980 or newer (or 1970 and newer for the Buffet R13 line) [2] generally over $1000, and much more if reconditioned [3]

Output: You will probably get the best price by first having the instrument reconditioned and then put on the market. If you have a good local music store, definitely check out what they will do for you. See Recommended Clarinet Tech Services. The best way for you to sell will probably be by listing with a fixed price on eBay, using a long listing. See Tips for selling on eBay below.


Input: [0] as above plus vintage Conn 424 [1] but if it is from before 1980/1970 [2] not reconditioned, perhaps as much as $300, if reconditioned perhaps as much as $1000 [3]

Output: You will probably get the best price by first having the instrument reconditioned. See Recommended Clarinet Tech Services. I give pointers below for selling on eBay or other sites like Craig's list.


Input: [0] unusual, a clarinet with extra keys or if you are selling an A and Bb pair, or if it is a different size [1] no matter the age [2] value hard to determine [3]

Output: If you don't have any idea about the value, you may join the ClarinetPages forum. Make a post asking for help in identifying the value of your clarinet. Include some good clear close-up pictures in your post, like the pictures seen on this site. The members may be able to help with information and setting a value. Understand that we do not list such items for sale via the forum.


Input: [0] an intermediate and semi-pro wooden clarient produced by Buffet, Selmer Leblanc/Noblet/Normandy, Yamaha, also some newer brands sold by major music retailers on the Internet, including newer and better-model Amati, and higher model Jupter. This is the row for Buffets that are stamped Made in Germany. [1] both newer and vintage instruments [2] $70 to $300, and around $500-600 if reconditioned [3]

Output: You will probably get the best price by first having the instrument reconditioned. See Recommended Clarinet Tech Services. I give pointers below for selling on eBay or other sites like Craig's list.


Input: [0] a French stencil wooden clarinet (which can have almost any name but is usually marked as “Made in France” or simply “Paris.”) or almost any other odd-brand wooden clarinet [1] most of these are vintage instruments [2] $50 to $250 [3]

Output: Check out if your clarinet is one that I have reviewed in the Vintage section. Refer to the What's my French stencil clarinet worth page. Consider donating the clarinet as suggested on that page, or in some other way getting it into the hands of a deserving student. In most cases, your clarinet can become a very usable intermediate student instrument, but will need to be reconditioned. If you decide to sell the instrument, I would recommend auctioning it without reconditioning. (If you recondition this kind of clarinet, it will be hard to recoup that investment.) Note if your clarinet's brand/model has been reviewed or listed under the ClarinetPages Vintage page. Then I suggest that you join the ClarinetPages forum. Make a post asking for help in identifying the value. If the clarinet has been reviewed at clarinetpages.net, include a link to the review. Otherwise include some pictures of your clarinet in your post. Understand that we do not list such items for sale via the forum.


Input: [0] a plastic major brand (Vito, Bundy, Evette, Buffet, Yamaha) student instrument or a Ridenour hard rubber clarinet [1] from 1980 or newer [2] $40 to $160 [3]

Output: Check out values of completed eBay auctions. It is easy to find values on these because of how many are sold. Consider donating it or getting it into the hands of a deserving student. If you decide to sell the instrument, I would recommend auctioning it without reconditioning.


Input: [0] as above, including student brands like Conn, Artley, Jupiter. [1] but from before 1980 [2] $40 to $80 [3]

Output: Consider donating it or getting it into the hands of a deserving student. If you decide to sell the instrument, I would recommend auctioning it without reconditioning.


Input: [0] a weird brand, or vintage plastic or hard rubber clarinet, 97% of metal clarinets, and 98% of modern Chinese plastic clarinets, any cheap clarinet [1] from any time, and especially vintage instruments [2] $25 to $60 [3]

Output: Your clarinet will probably bring a better price if made into a table lamp. Some of the weird brands can be good student instruments If you have a metal clarinet, be very sure that it is not one of the 3%, because they can be very valuable! See the GOOD Metal Clarinets page for more information. For everything else, the best thing to do is just eBay it as-is and using good clear pictures.


Input: [0] an antique Albert system clarinet or an even older boxwood clarinet [1] antique [2] value can vary widely [3]

Output: There seems to be increased interest in some better antique Albert system clarinets, especially by jazz players in Europe. Consider joining the ClarinetPages forum. Make a post asking for help in identifying the value of your clarinet. Include some good clear close-up pictures in your post, like the pictures seen on this site. Understand that we do not list such items for sale via the forum.


Input: [Date Answered] May 4, 2011 [Questioner (age, location)] rin(romania) [Question] When uranium atoms split the neutrons clashing eachother release the energy to make the atomic bomb, but how come so much energy from such a small piece of uranium? [Answer]

Output: This is a perfect example of Einstein's equation E = m•c2. Although the excess mass m of the un-split uranium is small, the factor c is so large that the energy release E is also large. The physical reason is that uranium is less stable than what it splits into.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] February 21, 2011 [Questioner (age, location)] Ardhendu(Andhra Pradesh/ India) [Question] What is the creation of universe related with the principles of matter and antimatter and how were the first moments of universe in relation to the same? Thank You [Answer]

Output: According to the article Baryon asymmetry, "The Big Bang should have produced equal amounts of matter and antimatter... Since this is apparently not the case, after the Big Bang, some physical laws must have acted differently for matter and antimatter. There are competing theories to explain the matter-antimatter imbalance that resulted in baryogenesis, but there is as yet no one consensus theory to explain the phenomenon."

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] January 14, 2010 [Questioner (age, location)] joshua (michigan) [Question] listen up you people ! Is it possible that a proton would push away a positron answer the question I want results [Answer]

Output: That anti-electron particle is called the positron. It is the same size and weight as an electron, except it has an opposite charge. Altough the rules for the interaction between matter and antimatter are very complex and still not completely known, it is a basic principle that particles with the same charge will reject each other.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] October 16, 2009 [Questioner (age, location)] Leonora (Philippines) [Question] what are the model of atom? [Answer]

Output: In classical physics, the electron rotates around the nucleus following the Bohr "planetary model". In quantum physics, the electron is not just an electron any longer, it is a wave instead.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] September 19, 2008 [Questioner (age, location)] ANSEL (INDIA) [Question] What is LARGE HARDON COLLOIDER(LHC)? [Answer]

Output: The Large Hadron Collider (LHC) is the world's largest and highest-energy particle accelerator complex. Its main purpose is to explore the validity and limitations of the Standard Model, the current theoretical picture for particle physics.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] August 14, 2008 [Questioner (age, location)] Larry (Calif) [Question] What is the name of the particals that come from the sun and go through the earth with out us realizing it? [Answer]

Output: Neutrinos are elementary particles with no electric charge, traveling close the the speed of light and are able to pass through ordinary matter almost undisturbed.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] January 2, 2008 [Questioner (age, location)] Susan (China) [Question] What is the size of an electron, proton and neutron? [Answer]

Output: The mass of an electron is 9.10938188 x 10-31 kilograms. Neutron and proton are nearly equal in size, with masses of 1.6726231 x 10-27 kg for the proton, and 1.6746286 x 10-27 kg for the neutron.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] August 21, 2007 [Questioner (age, location)] ARUSHI (INDIA) [Question] what are quantum numbers? [Answer]

Output: Quantum numbers describe conserved quantity in the quantum system. They often describe specifically the energies of electrons in atoms, but other possibilities include angular momentum, spin etc. Each electron has a set of four numbers, called quantum numbers, that specify it completely.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] August 6, 2001 [Questioner (age, location)] Basilio (Texas, USA) [Question] What is cold fusion? [Answer]

Output: Fusion reactions are the source of the Sun's energy, and result from two light atomic nuclei combining to form an nucleus with a higher atomic weight. When this happens, the resulting heavier nucleus weighs slightly less than the sum of the two lighter nuclei, and the leftover mass is converted to energy. This process releases a huge amount of energy, but the reaction only occurs in high-temperature, high-pressure environments. In theory, cold fusion is a fusion reaction that does not require such high-energy environments to start it. If cold fusion could be proven to occur, it would be a great way to make energy, but unfortunately most scientists don't believe cold fusion actually works. The issue is still under debate, but most evidence seems to suggest that cold fusion does not work.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] June 22, 1999 [Questioner (age, location)] Teressa (Alaska) [Question] If light is not made of matter, how can gravity effect it? How can it be sucked into black holes if it has no mass? [Answer]

Output: Photons of light are affected by gravity because gravitational fields change the shape of space-time. The curvature of space-time causes a beam of photons to bend. A black hole is very dense, and has a very strong gravitational field. This warps space-time greatly, bending the light inward. In fact, the light is bent so severely that it cannot escape.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] May 24, 1999 [Questioner (age, location)] Steve [Question] What is hypercharge? [Answer]

Output: The hypercharge of a subatomic particle is the sum of its baryon number and its strangeness. Strangeness and the baryon number are properties of subatomic particles. Since strangeness and baryon number are conserved, the hypercharge is conserved as well.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] May 19, 1999 [Questioner (age, location)] Anna (Pennsylvania, USA) [Question] What is a pi-meson? [Answer]

Output: A pi-meson, or pion, is a sub-atomic particle composed of a quark, and anti-quark, and gluons. These particles are now considered the building blocks of the Universe. (Atoms were originally thought to be the building blocks.)

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] April 1, 1999 [Questioner (age, location)] Bmud (North Carolina, USA) [Question] Is it true that atoms are made of smaller particles like 'gillims' or something like that? My science teacher doesn't know about it and needs proof. [Answer]

Output: There are a number of subatomic particles; I am guessing you are asking about gluons. Gluons are the force particles which hold quarks, another subatomic particle, together.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] November 19, 1998 [Questioner (age, location)] Cathryne (Massechusetts, USA) [Question] What is the weight of a gamma ray? What is its charge? [Answer]

Output: Gamma rays are photons, which means they have no mass and no charge, since they have no protons, neutrons, or electrons.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] March 17, 1998 [Questioner (age, location)] Jesse (Michigan, USA) [Question] I was wondering about the string theory. What is the basis of this theory? How much is know about it, and is there any evidence? [Answer]

Output: Within the last 20 years, thestring theory has become the leading theory to describe the fundamental particles and forces in nature. The string theory is based on the premise that at an extremely small scale, particles are actually one dimensional extended objects. All objects such as quarks are made up of these strings. Different objects appear depending on the movement of the string particle. As of yet, there is no evidence for or against this theory, but hopefully soon results from experiments using large particle colliders may confirm or disprove this theory.

Quickie Questions - Physics - Particle Physics


Input: [Date Answered] January 5, 1998 [Questioner (age, location)] Jonathan (Ohio, USA) [Question] Is there really such a thing as antimatter, or is that a myth? [Answer]

Output: Antimatter does exist, and has been produced in laboratories. Anti-particles have opposite properties from their corresponding particle. For example, the positron (with charge +1) is the antimatter particle corresponding to the electron (charge -1). When a particle and its antimatter particle collide, they both disappear, leaving behind a burst of energy.

Quickie Questions - Physics - Particle Physics


Input: [LAB] CS01 [Description]

Output: Computer simulation of dynamical systems

EE 331 - Feedback Control Lab — Jitkomut's Home Page


Input: [LAB] CS02 [Description]

Output: Control system design in DC motor and Heat exchanger systems

EE 331 - Feedback Control Lab — Jitkomut's Home Page


Input: [LAB] CS03 [Description]

Output: Velocity control of DC motor

EE 331 - Feedback Control Lab — Jitkomut's Home Page


Input: [LAB] CS04 [Description]

Output: Position control of DC motor

EE 331 - Feedback Control Lab — Jitkomut's Home Page


Input: [LAB] CS05 [Description]

Output: Process Characteristics

EE 331 - Feedback Control Lab — Jitkomut's Home Page


Input: [LAB] CS06 [Description]

Output: Tuning parameters in PID controller

EE 331 - Feedback Control Lab — Jitkomut's Home Page


Input: [LAB] CS07 [Description]

Output: PID control for heat exchanger system

EE 331 - Feedback Control Lab — Jitkomut's Home Page


Input: [Donatable Items] pots, pans, dishes, silverware [Non-Donatable Items]

Output: mattresses

Missions Thrift Store - Crossroads Fellowship Church


Input: [Donatable Items] small appliances [Non-Donatable Items]

Output: paint

Missions Thrift Store - Crossroads Fellowship Church


Input: [Donatable Items] furniture [Non-Donatable Items]

Output: broken TV's

Missions Thrift Store - Crossroads Fellowship Church


Input: [Donatable Items] linens [Non-Donatable Items]

Output: broken appliances

Missions Thrift Store - Crossroads Fellowship Church


Input: [Donatable Items] men's/women's clothing & shoes [Non-Donatable Items]

Output: refrigerators

Missions Thrift Store - Crossroads Fellowship Church


Input: [Donatable Items] kids toys/outdoor items [Non-Donatable Items]

Output: gas stoves or gas tanks

Missions Thrift Store - Crossroads Fellowship Church


Input: [Treats] Treats [Frontline Plus Dogs] Frontline Plus Dogs [Advantage II Dogs]

Output: Advantage II Dogs

Advantage II vs Frontline Plus For Dogs And Cats | TatoChip


Input: [Treats] Kills adult fleas [Frontline Plus Dogs] Yes [Advantage II Dogs]

Output: Yes

Advantage II vs Frontline Plus For Dogs And Cats | TatoChip


Input: [Treats] Kills eggs and larvae [Frontline Plus Dogs] Yes [Advantage II Dogs]

Output: Yes

Advantage II vs Frontline Plus For Dogs And Cats | TatoChip


Input: [Treats] Stops returning fleas [Frontline Plus Dogs] Yes [Advantage II Dogs]

Output: Yes

Advantage II vs Frontline Plus For Dogs And Cats | TatoChip


Input: [Treats] Kills biting lice [Frontline Plus Dogs] Yes [Advantage II Dogs]

Output: Yes

Advantage II vs Frontline Plus For Dogs And Cats | TatoChip


Input: [Treats] Kills ticks [Frontline Plus Dogs] Yes [Advantage II Dogs]

Output: No

Advantage II vs Frontline Plus For Dogs And Cats | TatoChip


Input: [Treats] Helps control mange [Frontline Plus Dogs] Yes [Advantage II Dogs]

Output: No

Advantage II vs Frontline Plus For Dogs And Cats | TatoChip


Input: [Treats] Waterproof [Frontline Plus Dogs] Yes [Advantage II Dogs]

Output: Yes

Advantage II vs Frontline Plus For Dogs And Cats | TatoChip


Input: Traditional bread stuffing with champagne sauce [Surf-N-Turf]

Output: Prime rib with two baked stuffed jumbo shrimp

Banquets for Any Occasion | Oak Ridge Golf Club


Input: Chicken Cordon Bleu [Surf-N-Turf]

Output: Roast Pork

Banquets for Any Occasion | Oak Ridge Golf Club


Input: Stuffed with ham and cheese, topped with supreme sauce [Surf-N-Turf]

Output: With homemade gravy, served family style

Banquets for Any Occasion | Oak Ridge Golf Club


Input: Chicken Marsala Broiled [Surf-N-Turf]

Output: Filet Mignon

Banquets for Any Occasion | Oak Ridge Golf Club


Input: Marsala wine and mushrooms [Surf-N-Turf]

Output: With our own special red wine sauce

Banquets for Any Occasion | Oak Ridge Golf Club


Input: Chicken Francaise [Surf-N-Turf]

Output: Roast Sirloin of Beef

Banquets for Any Occasion | Oak Ridge Golf Club


Input: Breaded and finished with a lemon butter sauce [Surf-N-Turf]

Output: With cabernet sauvignon sauce, served family style

Banquets for Any Occasion | Oak Ridge Golf Club


Input: New England Baked Scrod [Surf-N-Turf]

Output: Roast Prime Rib of Beef Au Jus

Banquets for Any Occasion | Oak Ridge Golf Club


Input: With herb butter, white wine and lemon – a favorite! [Surf-N-Turf]

Output: Generous portion served in its own natural gravy

Banquets for Any Occasion | Oak Ridge Golf Club


Input: Baked Stuffed Jumbo Shrimp [Surf-N-Turf]

Output: Children’s Entree

Banquets for Any Occasion | Oak Ridge Golf Club


Input: With crab meat stuffing, herb butter and lemon [Surf-N-Turf]

Output: Available upon request

Banquets for Any Occasion | Oak Ridge Golf Club


Input: [Quantity] 1 [Description] Machined Brass Nozzle/Heater Combination, Version 1 [Part]

Output: Mini J-Head Nozzle (v1)


Input: [Quantity] 1 [Description] Machined PEEK Insulator [Part]

Output: Thermal Barrier


Input: [Quantity] 1 [Description] Machined Internally Threaded PEEK Insulator [Part]

Output: Mounting Plate Insulator


Input: [Quantity] 1 [Description] Machined Rectangular Aluminum Mounting Plate [Part]

Output: Mounting Plate


Input: [Quantity] 1 [Description] 4mm OD, 2mm ID PTFE Tubing [Part Number] McMaster-Carr 52335K32 [Part]

Output: PTFE Liner


Input: [Quantity] 1 [Description] Axial, 5.6 ohm, 1%, 5W [Part Number] UB5C-5.6-ND [Part]

Output: Heater Resistor


Input: [Quantity] 1 [Description] 100K [Part Number] B57560G104F [Part]

Output: Thermistor


Input: [course number(s)] OCOR-5604 (CORE) [course name]

Output: Marine Geology

Longterm Course Schedule | NSU Halmos College of Natural Sciences and Oceanography


Input: [course number(s)] OCOR-5605 [course name]

Output: Marine Chemistry

Longterm Course Schedule | NSU Halmos College of Natural Sciences and Oceanography


Input: [course number(s)] CZMT-0781 OCMB-0996 MEVS-5580 [course name]

Output: Marine Larval Ecology

Longterm Course Schedule | NSU Halmos College of Natural Sciences and Oceanography


Input: [course number(s)] BMME-8059 CZMT-0776 OCMB-9900 MEVS-5565 [course name]

Output: Professinal Development

Longterm Course Schedule | NSU Halmos College of Natural Sciences and Oceanography


Input: [course number(s)] CZMT-0679 OCMB-6360 MEVS-5065 [course name]

Output: Introduction to Marine Fisheries

Longterm Course Schedule | NSU Halmos College of Natural Sciences and Oceanography


Input: [course number(s)] OCMB-6530; MEVS-5145; BMME-7080 [course name]

Output: Ultrastructure of Marine Organisms

Longterm Course Schedule | NSU Halmos College of Natural Sciences and Oceanography


Input: [course number(s)] OCMB-6560; MEVS-5550 [course name]

Output: Deep Sea Biology

Longterm Course Schedule | NSU Halmos College of Natural Sciences and Oceanography


Input: [course number(s)] OCMB-6086 MEVS-5607 [course name]

Output: Invertabrate Zoology

Longterm Course Schedule | NSU Halmos College of Natural Sciences and Oceanography


Input: [course number(s)] BMME-8058- OCMB-0999 Mevs-5595 [course name]

Output: Ichthyology

Longterm Course Schedule | NSU Halmos College of Natural Sciences and Oceanography


Input: [course number(s)] OCMB-8500; BCOR-5565; CZMT-0800; MEVS-5300 [course name]

Output: Scientific Communication & Grant Writing

Longterm Course Schedule | NSU Halmos College of Natural Sciences and Oceanography


Input: [Measured Parameters] Suspended solids (SS), including volatile and absorbed on particulates. [Reasons for Concern] Organic contaminants, heavy metals, etc. are absorbed on particulates. Suspended matter can shield microorganisms from disinfectants. Excessive amounts of suspended solids cause plugging in irrigation systems. [Constituent]

Output: Suspended Solids

WASTEWATER REUSE -- A THIRD WORLD SOLUTION TO A MODERN DISPOSAL PROBLEM


Input: [Measured Parameters] Biochemical oxygen demand, chemical oxygen demand, total organic carbon [Reasons for Concern] Aesthetic and nuisance problems. Organics provide food for microorganisms, adversely affect disinfection processes, make water unsuitable for some industrial or other uses, consume oxygen, and may result in acute or chronic effects if reclaimed water is u (end is missing from EPA document) [Constituent]

Output: Biodegradable Organics

WASTEWATER REUSE -- A THIRD WORLD SOLUTION TO A MODERN DISPOSAL PROBLEM


Input: [Measured Parameters] Nitrogen, Phosphorus, Potassium [Reasons for Concern] Nitrogen, phosphorus, and potassium are essential nutrients for plant growth and their presence normally enhances the value of the water for irrigation. When discharged to the aquatic environment, nitrogen and phosphorus can lead to the growth of undesir (end is missing from EPA document) [Constituent]

Output: Nutrients

WASTEWATER REUSE -- A THIRD WORLD SOLUTION TO A MODERN DISPOSAL PROBLEM


Input: [Measured Parameters] Specific compounds (e.g., pesticides, chlorinated hydrocarbons) [Reasons for Concern] Some of these organics tend to resist conventional methods of wastewater treatment. Some organic compounds are toxic in the environment, and their presence may limit the suitability of reclaimed water for irrigation or other uses. Chlorine reacts with man (end is missing on EPA document) [Constituent]

Output: Stable Organics

WASTEWATER REUSE -- A THIRD WORLD SOLUTION TO A MODERN DISPOSAL PROBLEM


Input: [Measured Parameters] pH [Reasons for Concern] The pH of wastewater affects disinfection, coagulation, metal solubility, as well as alkalinity of soils. Normal range in municipal wastewater is pH = 6.5 - 8.5, but industrial waste can alter pH significantly. [Constituent]

Output: Hydrogen Ion Concentration

WASTEWATER REUSE -- A THIRD WORLD SOLUTION TO A MODERN DISPOSAL PROBLEM


Input: [Measured Parameters] Specific elements (e.g., Cd, Zn, Ni, and Hg) [Reasons for Concern] Some heavy metals accumulate in the environment and are toxic to plants and animals. Their presence may limit the suitability of the reclaimed water for irrigation or other uses. [Constituent]

Output: Heavy Metals

WASTEWATER REUSE -- A THIRD WORLD SOLUTION TO A MODERN DISPOSAL PROBLEM


Input: [Measured Parameters] Total dissolved solids, electrical Conductivity, specific elements (e.g., Na, Ca, Mg, Cl, and B) [Reasons for Concern] Excessive salinity may damage some crops. Specific inorganics electrical conductivity ions such as chloride, sodium, and boron are toxic to specific elements (e.g., in some crops, sodium may pose soil permeability Na, Ca, Mg, Cl, and B problems). [Constituent]

Output: Dissolved Inorganics

WASTEWATER REUSE -- A THIRD WORLD SOLUTION TO A MODERN DISPOSAL PROBLEM


Input: [Measured Parameters] Free and combined chlorine [Reasons for Concern] Excessive amounts of free available chlorine (>0.05 Chlorine chlorine mg/l) may cause leaf-tip burn and damage some sensitive crops. However, most chlorine in reclaimed water is in a combined form, which does not cause crop damage. Some concerns are expre (end missing on EPA document) [Constituent]

Output: Residual Chlorine

WASTEWATER REUSE -- A THIRD WORLD SOLUTION TO A MODERN DISPOSAL PROBLEM


Input: [Items to be Inspected] Operating mechanisms for maladjustment [Frequency]

Output: Daily

Overhead Crane Safety, Inspection and Maintenance Requirements - Grainger Industrial Supply


Input: [Items to be Inspected] Deterioration or leakage in pneumatic and hydraulic parts [Frequency]

Output: Daily

Overhead Crane Safety, Inspection and Maintenance Requirements - Grainger Industrial Supply


Input: [Items to be Inspected] Hooks with deformation or cracks (visual) [Frequency]

Output: Daily

Overhead Crane Safety, Inspection and Maintenance Requirements - Grainger Industrial Supply


Input: [Items to be Inspected] Hooks with deformation or cracks (written record with signature of inspector and date) [Frequency]

Output: Monthly

Overhead Crane Safety, Inspection and Maintenance Requirements - Grainger Industrial Supply


Input: [Items to be Inspected] Hoist chains and end connections for wear, twist or distortion (visual) [Frequency]

Output: Daily

Overhead Crane Safety, Inspection and Maintenance Requirements - Grainger Industrial Supply


Input: [Items to be Inspected] Hoist chains and end connections for wear, twist or distortion (written record with signature of inspector and date) [Frequency]

Output: Monthly

Overhead Crane Safety, Inspection and Maintenance Requirements - Grainger Industrial Supply


Input: [Items to be Inspected] Running Rope and end connections for wear, broken strands, etc. (written record with signature of inspector, rope identity and date) [Frequency]

Output: Monthly

Overhead Crane Safety, Inspection and Maintenance Requirements - Grainger Industrial Supply


Input: [Items to be Inspected] Functional operating mechanisms for excessive wear [Frequency]

Output: As needed

Overhead Crane Safety, Inspection and Maintenance Requirements - Grainger Industrial Supply


Input: [Items to be Inspected] Rope reeving according to manufacturers' recommendations [Frequency]

Output: As recommended

Overhead Crane Safety, Inspection and Maintenance Requirements - Grainger Industrial Supply


Input: [Estrogen Effect] Causes Endometrium to proliferate [Progesterone Effect]

Output: Maintains secretory endometrium


Input: [Estrogen Effect] Causes breast simulation that can lead to breast cancer [Progesterone Effect]

Output: Protects against fibrocystic breast and prevents breast cancer


Input: [Estrogen Effect] Increases body fat [Progesterone Effect]

Output: Helps use fat for energy


Input: [Estrogen Effect] Increases endometrial cancer risk [Progesterone Effect]

Output: Prevents endometrial cancer


Input: [Estrogen Effect] Restrains osteoclast function slightly [Progesterone Effect]

Output: Promotes osteoblast function, leading to bone growth.


Input: [Estrogen Effect] Reduces vascular tone [Progesterone Effect]

Output: Restores vascular tone


Input: [Estrogen Effect] Increases blood clot risk [Progesterone Effect]

Output: Normalizes blood clot


Input: [Skin disease] Acne Vulgaris [Usual area of body] Face, chest and back. [Symptoms]

Output: Comedones, papules, pustules and nodules.

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Acne Rosacea [Usual area of body] Cheeks, chin, forehead or nose. [Symptoms]

Output: Flushed appearance or redness.

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Boil [Usual area of body] Anywhere [Symptoms]

Output: Painful red bump or a cluster of painful red bumps

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Cellulitis [Usual area of body] Around a cut, scrape or skin breach [Symptoms]

Output: Red, tender and swollen areas of skin

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Insect bite [Usual area of body] Anywhere and can be sprinked randomly [Symptoms]

Output: Red and/or itchy bumps on the skin

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Allergic reaction [Usual area of body] Anywhere [Symptoms]

Output: Irregular, raised or flat red sores that appeared after taking medicine/drugs or eating certain foods

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Hives [Usual area of body] Anywhere but usually first noticed on face [Symptoms]

Output: Bumps formed suddenly

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Seborrheic dermatitis [Usual area of body] Near glands [Symptoms]

Output: Bumps and swelling

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Cradle Cap [Usual area of body] Scalp of recently born babies [Symptoms]

Output: Dry, scaly skin

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Irritant contact dermatitis [Usual area of body] Eyebrows, nose, edge of the scalp, point of contact with jewellery, perfume or clothing. [Symptoms]

Output: Red, itchy, scaly or oily rash

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Allergic Contact Dermatitis caused by poison ivy, poisen oak or sumac [Usual area of body] Anywhere that came in contact with the irritant either directly or via transfer (e.g. from contaminated clothing.) [Symptoms]

Output: Red, itchy, scaly or oily rash; can also be weeping or leathery.

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Allergic purpura [Usual area of body] Anywhere [Symptoms]

Output: Small red dots on the skin, or larger, bruise-like spots that appeared after taking medicine

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Pityriasis Rosea [Usual area of body] Chest and abdomen [Symptoms]

Output: Started with a single scaly, red and slightly itchy spot, and within a few days, did large numbers of smaller patches of the rash, some red and/or others tan

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Dermatitis herpetiformis [Usual area of body] Elbows, knees, back or buttocks [Symptoms]

Output: Intensely itchy rash with red bumps and blisters

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Erythema nodosum [Usual area of body] Anywhere [Symptoms]

Output: Large red bumps that seem to bruise and are tender to touch

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Psoriasis [Usual area of body] Elbows and knees [Symptoms]

Output: White, scaly rash over red, flaky, irritated skin

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Erythema multiforme [Usual area of body] Anywhere [Symptoms]

Output: Red, blotchy rash, with "target like" hives or sores.

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Measles [Usual area of body] Usually starts first on the forehead and face and spreads downward. [Symptoms]

Output: Red rash that is raised with a fever or sore throat.

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Chickenpox [Usual area of body] Usually starts first on the face, chest and back and spreads downward. [Symptoms]

Output: Multiple blisters with a fever, cough, aches, tiredness and sore throat.

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Shingles [Usual area of body] Anywhere [Symptoms]

Output: Red blisters that are very painful and may crust

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Fifth Disease [Usual area of body] Cheeks [Symptoms]

Output: Started as a fever and then developed a bright red rash

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Warts [Usual area of body] Anywhere [Symptoms]

Output: Soft bumps forming that don't itch and have no other symptoms

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Ringworm [Usual area of body] Anywhere [Symptoms]

Output: Bald spot on the scalp or a ring of itchy red skin

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Syphilis [Usual area of body] Palms of hands or soles of feet [Symptoms]

Output: Rash that is red but not itchy

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Jock itch, yeast infection or diaper rash [Usual area of body] Groin [Symptoms]

Output: Red itchy rash

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Tinea versicolor [Usual area of body] Anywhere [Symptoms]

Output: Light coloured patches

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Impetigo [Usual area of body] Near nose or lip [Symptoms]

Output: Crusted, tan-colored sores

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Scabies [Usual area of body] Usually start on hands or feet and spread everywhere [Symptoms]

Output: Bite-like sores that itch and spread intensely

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Rocky Mountain spotted fever [Usual area of body] Usually start on arms and legs including the hands and feet [Symptoms]

Output: A fine rash with a fever and headache

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Lupus erythematosus [Usual area of body] Forehead and cheeks [Symptoms]

Output: A butterfly rash with achy joints

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Jaundice or sign of hepatitis [Usual area of body] Skin, whites of eyes and mouth [Symptoms]

Output: Yellowish

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Bruise [Usual area of body] Anywhere [Symptoms]

Output: Blue or black area after being hit

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Actinic keratoses [Usual area of body] Face, scalp or on the backs or the hands [Symptoms]

Output: Scaly, pink, gray or tan patches or bumps

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Keloid or hypertrophic scar [Usual area of body] Anywhere [Symptoms]

Output: Scar that has grown larger than expected

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Lipoma [Usual area of body] Anywhere [Symptoms]

Output: Soft or rubbery growth

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Milia [Usual area of body] On the face of a baby [Symptoms]

Output: Lots of white spots

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Molluscum or contagiosum [Usual area of body] Anywhere [Symptoms]

Output: Small, firm, round bumps with pits in the center that may sit on tiny stalks

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Scarlet Fever [Usual area of body] Face, chest & back, whole body, armpits, inside elbows, groins [Symptoms]

Output: Becomes confluent and forms bright red lines in the skin creases of the neck, armpits and groins (Pastia's lines)

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Sebaceous cyst [Usual area of body] Scalp, nape of the neck or upper back [Symptoms]

Output: Bump with a white dome under the skin

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Skin tag [Usual area of body] Face, neck, armpits or groin [Symptoms]

Output: Soft, fleshy growth, lump or bump

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Xanthelasma [Usual area of body] Under eyelids [Symptoms]

Output: Yellow area under the skin

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Melanoma [Usual area of body] Anywhere [Symptoms]

Output: Dark bump that may have started within a mole or blemish, or, a spot or mole that has changed in color, size, shape or is painful or itchy

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Basal cell carcinoma [Usual area of body] Areas exposed to the sun [Symptoms]

Output: Fleshy, growing mass

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Squamous cell carcinoma [Usual area of body] Face, lip or chin [Symptoms]

Output: Unusual growth that is red, scaly or crusted

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Kaposi's sarcoma [Usual area of body] Anywhere [Symptoms]

Output: Dark or black raised spots on the skin that keep growing or have appeared recently

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: [Skin disease] Erythema annulare centrifugum (EAC) [Usual area of body] Anywhere [Symptoms]

Output: Pink-red ring or bullseye marks

Dr. Omar M. Amin Parasites in humans, Skin Rash, Itchy Rash all over body, Itchy Red on Skin,


Input: Uses up to 25 litres of water per minute

Output: Uses only 5 litres of water per minute

More Info - Lo-Flo Sprinkler - Introducing a new water smart hose-end low flow garden sprinkler designed to suit water conscious Australian gardeners


Input: Applies water quickly resulting in increased run-off, pooling, evaporation and waste

Output: Slow water application ensures deep soaking down to plant roots – needed for plant health

More Info - Lo-Flo Sprinkler - Introducing a new water smart hose-end low flow garden sprinkler designed to suit water conscious Australian gardeners


Input: Sprays high – water easily affected by wind and evaporation

Output: Water throws at low 10 degrees angle – less drift

More Info - Lo-Flo Sprinkler - Introducing a new water smart hose-end low flow garden sprinkler designed to suit water conscious Australian gardeners


Input: Water applied unevenly in donut shape, in patches or close to sprinkler resulting in underwatered and overwatered areas

Output: Waters extremely efficiently, applying even amounts of water to target area. Proven in tests to be 9 times more efficient

More Info - Lo-Flo Sprinkler - Introducing a new water smart hose-end low flow garden sprinkler designed to suit water conscious Australian gardeners


Input: Needs to be moved regularly to cover the area

Output: Link together to water large or unusual shape areas in one watering – no moving

More Info - Lo-Flo Sprinkler - Introducing a new water smart hose-end low flow garden sprinkler designed to suit water conscious Australian gardeners


Input: Will not work effectively

Output: Works off rainwater tank with no pump – diameter dependent on head of pressure

More Info - Lo-Flo Sprinkler - Introducing a new water smart hose-end low flow garden sprinkler designed to suit water conscious Australian gardeners


Input: [Detail:] IP [Camera Specifications]

Output: IP/Analog


Input: [Detail:] Hybrid Fixed HD Camera [Camera Specifications]

Output: Camera Type


Input: [Detail:] High-quality 720p HD Hybrid Fixed Camera [Camera Specifications]

Output: Type


Input: [Detail:] 1/3-type Exmor CMOS sensor [Camera Specifications]

Output: Image Device


Input: [Detail:] Approx. 1.4 Megapixel (1329 x 1049) [Camera Specifications]

Output: Effective Pixels


Input: [Detail:] Color: 0.50 lx, B/W: 0.30 lx (F1.2, shutter 1/30 s, AGC 42 dB, 50 IRE [IP]) [Camera Specifications]

Output: Minimum Illumination


Input: [Detail:] CS mount [Camera Specifications]

Output: Lens Mount


Input: [Detail:] Vari-focal lens [Camera Specifications]

Output: Lens Type


Input: [Detail:] f = 2.8 mm to 8.0 mm [Camera Specifications]

Output: Focal Length


Input: [Detail:] F1.2 (Wide), F1.9 (Tele) [Camera Specifications]

Output: F-Number


Input: [Detail:] H.264, MPEG-4, JPEG [Camera Specifications]

Output: Compression Format


Input: [Detail:] Yes, true Day/Night [Camera Specifications]

Output: Day Night


Input: [Detail:] No [Camera Specifications]

Output: Wide-D


Input: [Detail:] Optical 2.9x [Camera Specifications]

Output: Zoom Ratio


Input: [Detail:] 300 mm [Camera Specifications]

Output: Minimum Object Distance


Input: [Detail:] ATW, ATW-PRO, Fluorescent lamp, Mercury lamp, Sodium vapor lamp, Metal halide lamp White LED, One push WB, Manual [Camera Specifications]

Output: White Balance Mode


Input: [Detail:] 96.5º to 33.9º [Camera Specifications]

Output: Horizontal Viewing Angle


Input: [Detail:] Backlight compensation, Exposure compensation, AGC, Shutter speed [Camera Specifications]

Output: Exposure Control


Input: [Detail:] Auto (set Max limit value) [Camera Specifications]

Output: Gain


Input: [UK Physicians] Yes: 57% [US Physicians] Yes: 23% [Question]

Output: Would you ever go against a family's wishes to end treatment and continue treating a patient whom you felt had a chance to recover?


Input: [UK Physicians] Yes: 9% [US Physicians] Yes: 23% [Question]

Output: Is it ever acceptable to perform "unnecessary" procedures due to malpractice concerns?


Input: [UK Physicians] Yes: 22% [US Physicians] Yes: 34% [Question]

Output: Is it right to provide intensive care to a newborn who either will die soon or survive with an objectively terrible quality of life?


Input: [UK Physicians] Yes: 14% [US Physicians] Yes: 10% [Question]

Output: Would you ever hide information from a patient about a terminal or pre-terminal diagnosis if you believed it would help bolster the patient's spirit?


Input: [UK Physicians] Yes: 22% [US Physicians] Yes: 35% [Question]

Output: Would you give life-sustaining therapy if you believed it to be futile?


Input: [UK Physicians] Yes: 37% [US Physicians] Yes: 47% [Question]

Output: Should physician-assisted suicides be allowed in some situations?


Input: [UK Physicians] Yes: 32% [US Physicians] Yes: 47% [Question]

Output: Would you inform a patient if he or she were scheduled to have a procedure done by a physician whose skill you knew to be substandard?


Input: [UK Physicians] Yes: 74% [US Physicians] Yes: 63% [Question]

Output: Is it acceptable to breach patient confidentiality if a patient's health status could harm others?


Input: [UK Physicians] Yes: 24% [US Physicians] Yes: 27% [Question]

Output: Would you ever decide to devote scarce or costly resources to a younger patient rather than to one who was older but not facing imminent death?


Input: [Common name] ngesngesil, chromolaena, Siam weed [Comments and recommendations] Extirpate any isolated patches found. [Scientific Name]

Output: Chromolaena odorata

Report on invasive plant species in Palau 2008


Input: [Common name] fleabane daisy [Comments and recommendations] Eradicate recently established population on Ngemelis. [Scientific Name]

Output: Erigeron bellioides

Report on invasive plant species in Palau 2008


Input: [Common name] sesbania [Comments and recommendations] Monitor for spread or eliminate. [Scientific Name]

Output: Sesbania grandiflora

Report on invasive plant species in Palau 2008


Input: [Common name] louch beluu, blue rats tail [Comments and recommendations] Eradicate on Ngidech Island and any other isolated patches. [Scientific Name]

Output: Stachytarpheta cayennensis

Report on invasive plant species in Palau 2008


Input: [Common name] liberal [Comments and recommendations] Eliminate trees on Bkul a Chesemiich, Ngchelobel, Ngeanges (Neco) and Ngerchong islands and wherever else it is found. [Scientific Name]

Output: Timonius timon

Report on invasive plant species in Palau 2008


Input: [Comments and recommendations] Monitor "Survivor" filming sites for new introductions and eliminate those found. [Scientific Name]

Output: Various species

Report on invasive plant species in Palau 2008


Input: [When] 2004/11/05/00 [Who] Ferrier [What]

Output: Decreased the assumed number concentration of cloud droplets from 200 to 100 /cm**3, which reduces the threshold cloud water mixing ratio for autoconversion to rain from 0.838 to 0.419 g/m**3. Also decreased the maximum number concentration of precipitation ice particles from 20 to 10 per liter. Both changes are intended to lower the amount of suspended condensate in the atmosphere, which should help reduce the cool bias that has developed below clouds in the parallel. Fixed a minor bug in ADJPPT1 that limits the amount of cloud water from exceeding the autoconversion threshold

Mesoscale Parallel Experiment Change Log for " Eta-32 with winter 2005 Eta change package, experimental changes to GFS radiation and/or cloud microphysics "


Input: [When] 2004/11/04/12 [Who] Ferrier [What]

Output: A new cloud cover scheme is introduced in order to increase the presence of forecast partial cloudiness. Two adjustable parameters in the scheme have been tuned to match the AFWA total cloud cover product. The first parameter (STSDM) is the assumed standard deviation of total grid-scale relative humidity in the grid box, and it is set to 2%. The second parameter (RHsat) is the total relative humidity associated with an assumed cloud fraction of 50%, and it is set to the average of the threshold relative humidity for the onset of grid-scale condensation (RHgrd) and a value of 100% (i.e., 98.3% for the 32-km runs).

Mesoscale Parallel Experiment Change Log for " Eta-32 with winter 2005 Eta change package, experimental changes to GFS radiation and/or cloud microphysics "


Input: [When] 2004/11/02/00 [Who] Ferrier [What]

Output: Changes intended for the 10/30 change but were left out: reduce longwave emmissivity for ice, and removed a slight, accidential increase in the solar absorption of ice.

Mesoscale Parallel Experiment Change Log for " Eta-32 with winter 2005 Eta change package, experimental changes to GFS radiation and/or cloud microphysics "


Input: [When] 2004/10/30/00 [Who] Ferrier [What]

Output: Changed the LW absorption coefficient for ice to be the same as what's currently used in the operational Eta

Mesoscale Parallel Experiment Change Log for " Eta-32 with winter 2005 Eta change package, experimental changes to GFS radiation and/or cloud microphysics "


Input: [When] 2004/10/27/00 [Who] Ferrier [What]

Output: In calculating longwave emissivities in cloudy layers, the optical depths for cloud water and for ice (cloud ice and snow) are obtained using the downwelling longwave relationships of Smith and Shi (1992). In calculating solar absorption, the optical depths for cloud water and for ice (cloud ice and snow) are obtained using the relationships described by eqs. (5.2), (5.3), and Table 9 from Hou et al. (2002), assuming a constant effective radius of 10 microns for cloud water and 75 microns for ice. For cloud water optical depths, equal weighting is assumed for absorption of UV-VIS and near IR radiation. In the operational radiation, a minimum optical depth is assumed for grid-scale liquid water clouds consistent with a minimum mixing ratio of 0.1 g/kg. This lower limit has been removed. With respect to the EtaW, the biggest impact of these changes is to increase the optical depths for ice clouds by a factor of 5 when calculating (longwave) cloud emissivities. The net effect of all of the other changes are minor (i.e., less than 2.5%).

Mesoscale Parallel Experiment Change Log for " Eta-32 with winter 2005 Eta change package, experimental changes to GFS radiation and/or cloud microphysics "


Input: [When] 2004/10/11/12 [Who] Ferrier [What]

Output: The ice absorption coefficient was modified to be one half of the value that's currently used in operations rather than 1/15 the value in the previous change

Mesoscale Parallel Experiment Change Log for " Eta-32 with winter 2005 Eta change package, experimental changes to GFS radiation and/or cloud microphysics "


Input: [When] 2004/10/08/00 [Who] Ferrier [What]

Output: Reverted back to the operational code, except with the modified precipitation assimilation. Doubled the absorption coefficient for cloud water based on values used in the GFS radiation. This change is intended to increase solar absorption of radiation by liquid water clouds at lower levels. Decreased the absorption coefficient for ice by more than an order of magnitude to be more consistent with values used in the GFS radiation for an effective radius of 500 microns. This change is intended to reduce the upper-level warm bias believed to be caused by too much absorption of solar radiation by ice. reduction in solar radiation passing through clouds at low sun angles.

Mesoscale Parallel Experiment Change Log for " Eta-32 with winter 2005 Eta change package, experimental changes to GFS radiation and/or cloud microphysics "


Input: [When] 2004/09/30/00 [Who] Ferrier [What]

Output: Set RHsat in RADTN to RHgrd (0.967 for 32-km runs). This change is intended to increase the amount of grid-scale cloudiness based on the latest comparisons against the AFWA total product. Set STSD in RADTN to .02 rather than .01, which assumes a standard deviation of total grid-scale relative humidity of 2% Multiply the cloud optical depths by a factor of 0.5+max(0., min(0.5, cosz(i) ) ), which reduces the cloud optical depths by at most a factor of two starting at zenith angles larger than 60 deg. This change is intended to cut down on the large reduction in solar radiation passing through clouds at low sun angles.

Mesoscale Parallel Experiment Change Log for " Eta-32 with winter 2005 Eta change package, experimental changes to GFS radiation and/or cloud microphysics "