Input: [PLA - Polylactide] The future tendency is towards a sharp decrease of the price, thanks to the introduction of plants capable to mass-produce the material. Future prices are expected to fall to few times the price of PP (15-20 DKK/kg). [Material]

Output: Additional Info


Input: [PLA - Polylactide] Thomas Nissen (Computer graphics) [Material]

Output: Photo


Input: [PLA - Polylactide] © 1996-2008 Torben Lenau This page is part of Design inSite Disclaimer [Material]

Output: Copyright


Input: [0] Load retention [Blown stretch wrap] Slightly more force required to stretch film. [Cast stretch wrap]

Output: Stretches easily.

Polybags Online UK // Polybags Online's online plastics guide. Online packaging encyclopedia. // Plastic Bags Wholesale / Food Grade Bags Wholesalers

Types of stretch wrap


Input: [0] Film yield [Blown stretch wrap] Re-stretching the film once its applied is extremely difficult. [Cast stretch wrap]

Output: Additional stretching can be obtained easier through lower micron blown films.

Polybags Online UK // Polybags Online's online plastics guide. Online packaging encyclopedia. // Plastic Bags Wholesale / Food Grade Bags Wholesalers

Types of stretch wrap


Input: [0] Clingyness of the film [Blown stretch wrap] One sided clingy only. [Cast stretch wrap]

Output: Naturally clingy on both sides.

Polybags Online UK // Polybags Online's online plastics guide. Online packaging encyclopedia. // Plastic Bags Wholesale / Food Grade Bags Wholesalers

Types of stretch wrap


Input: [0] Visual clarity [Blown stretch wrap] Hazy and dull which makes reading more difficult. It has lower gloss with reduces reflections. [Cast stretch wrap]

Output: Perfectly clear, makes reading and scanning in warehouse light easy. High gloss can cause reflections.

Polybags Online UK // Polybags Online's online plastics guide. Online packaging encyclopedia. // Plastic Bags Wholesale / Food Grade Bags Wholesalers

Types of stretch wrap


Input: [0] Noise on unwinding [Blown stretch wrap] Loud when being unwound from the roll. [Cast stretch wrap]

Output: Very quiet when being unwound.

Polybags Online UK // Polybags Online's online plastics guide. Online packaging encyclopedia. // Plastic Bags Wholesale / Food Grade Bags Wholesalers

Types of stretch wrap


Input: [0] Puncture resistance [Blown stretch wrap] Great puncture resistance. [Cast stretch wrap]

Output: Good puncture resistance. Tearing can occur if stretched too much.

Polybags Online UK // Polybags Online's online plastics guide. Online packaging encyclopedia. // Plastic Bags Wholesale / Food Grade Bags Wholesalers

Types of stretch wrap


Input: [Stress incontinence] No Yes [Mixed incontinence] Sometimes [Questions to ask yourself]

Output: Do you go to the toilet to pass urine more than 8 times a day?

Urinary incontinence | Types of urinary incontinence and why it happens

Types of urinary incontinence


Input: [Stress incontinence] Not usually Most nights [Mixed incontinence] Most nights [Questions to ask yourself]

Output: Do you go to the toilet to pass urine more than once during the night?

Urinary incontinence | Types of urinary incontinence and why it happens

Types of urinary incontinence


Input: [Stress incontinence] No Yes [Mixed incontinence] Yes [Questions to ask yourself]

Output: Do you ever have to hurry to reach the toilet in time (for urine)?

Urinary incontinence | Types of urinary incontinence and why it happens

Types of urinary incontinence


Input: [Stress incontinence] No Often [Mixed incontinence] Often [Questions to ask yourself]

Output: Do you ever not reach the toilet in time (for urine)?

Urinary incontinence | Types of urinary incontinence and why it happens

Types of urinary incontinence


Input: [Stress incontinence] Always No [Mixed incontinence] Always [Questions to ask yourself]

Output: Do you ever leak urine when you laugh, sneeze, cough, run or jump?

Urinary incontinence | Types of urinary incontinence and why it happens

Types of urinary incontinence


Input: [Stress incontinence] Small Large (usually) [Mixed incontinence] Large [Questions to ask yourself]

Output: If you leak urine, is it just a drop or is it sometimes quite a bit more?

Urinary incontinence | Types of urinary incontinence and why it happens

Types of urinary incontinence


Input: [Stress incontinence] See your doctor, because you might have a urine infection (small amounts) or diabetes (large amounts and you are thirsty). [Questions to ask yourself]

Output: Are you able to hold your urine alright, but you need to pass it more than 8 times a day, in small or large amounts each time?

Urinary incontinence | Types of urinary incontinence and why it happens

Types of urinary incontinence


Input: [0] TYPE [1] Typ. DA [2] Advantages [3]

Output: Disadvantages


Input: [0] Aluminum Electrolytic [1] High [2] Large values High current High voltage Small size [3]

Output: High leakage Usually polarized Poor stability Inductive


Input: [0] Mica [1] +0.003% [2] Low loss at high frequencies Low inductance Very stable Available in 1% values or better [3]

Output: Quite large Low values (-10nF) Expensive


Input: [0] Monolithic Ceramic [1] +0.2% [2] Low inductance Wide range of values [3]

Output: Poor stability Poor DA High voltage coefficient


Input: [0] MOS (on chip) [1] 0.01% [2] Good DA Small Operates at high temperature Low inductance [3]

Output: Limited availability Only small values


Input: [0] NPO Ceramic [1] +0.1% [2] Small case size inexpensive wide range of values good stability low inductance [3]

Output: DA generally low Limited to small value


Input: [0] Polycarbonate [1] 0.1% [2] Good stability Low cost Wide temperature range [3]

Output: Large size DA limits to 8-bit apps High inductance


Input: [0] Polyester (Mylar) [1] 0.3 to 0.5% [2] Moderate stability Low cost Wide temperature range Low inductance (stacked film) [3]

Output: Large size DA limits to 8-bit apps High inductance (wrapped film)


Input: [0] Polypropylene [1] 0.001 to 0.02% [2] Inexpensive Low DA available Wide range of values [3]

Output: Damaged by high temps. +105C Large case size High inductance


Input: [0] Polystyrene [1] 0.001 to 0.02% [2] Inexpensive Low DA available Wide range of values * Good stability [3]

Output: Damaged by high temps. +85C Large case size High inductance


Input: [0] Tantalum Electrolytic [1] High [2] Small size Large values Medium inductance [3]

Output: Quite high leakage Usually polarized Expensive Poor stability Poor accuracy


Input: [0] Teflon [1] 0.003 to 0.02% [2] Low DA available Good stability Operable at high temp. +125C Wide range of values [3]

Output: Relatively expensive Large size High inductance


Input: [0] Bone Density Osteoporosis Osteopenia [Oscillation (or Pivotal)] Minimal Good [Sonic (or Sound)] Good [Triplanar (or Linear)]

Output: Excellent

Vibration Machine by Specific Health Concerns -


Input: [0] Blood circulation Blood oxygenation [Oscillation (or Pivotal)] Excellent Excellent [Sonic (or Sound)] Excellent [Triplanar (or Linear)]

Output: Average

Vibration Machine by Specific Health Concerns -


Input: [0] General Pain Fibromyalgia Sore Muscles [Oscillation (or Pivotal)] Good Good [Sonic (or Sound)] Good [Triplanar (or Linear)]

Output: Good

Vibration Machine by Specific Health Concerns -


Input: [0] Muscle toning Muscle strength [Oscillation (or Pivotal)] Average Good [Sonic (or Sound)] Good [Triplanar (or Linear)]

Output: Excellent

Vibration Machine by Specific Health Concerns -


Input: [0] Weight loss [Oscillation (or Pivotal)] Average Excellent [Sonic (or Sound)] Good [Triplanar (or Linear)]

Output: Excellent

Vibration Machine by Specific Health Concerns -


Input: [0] Leg swelling [Oscillation (or Pivotal)] Excellent Excellent [Sonic (or Sound)] Good [Triplanar (or Linear)]

Output: Good

Vibration Machine by Specific Health Concerns -


Input: [0] Body detox General health [Oscillation (or Pivotal)] Good Good [Sonic (or Sound)] Good [Triplanar (or Linear)]

Output: Good

Vibration Machine by Specific Health Concerns -


Input: [0] Lymphatic drainage Lymph movement Lymph simulation [Oscillation (or Pivotal)] Excellent Excellent [Sonic (or Sound)] Good [Triplanar (or Linear)]

Output: Minimal

Vibration Machine by Specific Health Concerns -


Input: [0] Featured Vibration Machine [Oscillation (or Pivotal)] Tectonic M2.0 Read Review PULSER Read Review [Sonic (or Sound)] Turbosonic Ovation [Triplanar (or Linear)]

Output: Vmax Elite 7

Vibration Machine by Specific Health Concerns -


Input: [0] Series [1] Transparency [2] Apparence [4] The wind resistance [5] Sound proof [6] Installation [7] Life-span [3]

Output: The impact strength

awning canopy polycarbonate awning door canopy window awning DIY


Input: [0] Polycarbonate DIY awning [1] Transparent [2] Beautiful,high quality and modern [4] Good [5] Good [6] Very simple to install DIY [7] More than 10 years [3]

Output: Good

awning canopy polycarbonate awning door canopy window awning DIY


Input: [0] Colour-coated steel tile awnings [1] Non-transparent [2] Bad visual effect and easy to rust [4] Good [5] Poor [6] Complicated [7] 3-5 years [3]

Output: Easy to deformation after the impact strength

awning canopy polycarbonate awning door canopy window awning DIY


Input: [0] Stainless-steel awnings [1] Non-transparent [2] The visual effect is poor [4] Good [5] Poor [6] Complicated [7] 10 years [3]

Output: Have indentation after the impact strength

awning canopy polycarbonate awning door canopy window awning DIY


Input: [0] Sunshade cloth awnings [1] Non-transparent [2] Have common visual effect [4] Poor [5] Good [6] Easy to install [7] 3-5 years [3]

Output: Poor

awning canopy polycarbonate awning door canopy window awning DIY


Input: [0] Glass Fiber Reinforced plastic rainproof awnings [1] Non-transparent [2] Bad [4] Poor [5] Poor [6] Easy to install [7] 5 years [3]

Output: Easy to aging and to fragile

awning canopy polycarbonate awning door canopy window awning DIY


Input: [Class] Class I [Condition] Excellent [Description]

Output: This is a national contest winner. This car will win every time, but there are very few of them.


Input: [Class] Class II [Condition] Fine [Description]

Output: A well restored or excellent original. This will appear to be a class I, but on closer inspection it will be revealed as a II. This car will win most shows.


Input: [Class] Class III [Condition] Very good [Description]

Output: Looks good from 20 feet away. Most cars at shows are a Class III.


Input: [Class] Class IV [Condition] Good [Description]

Output: A driver, needing very little or no work. All components probably need restoration to be "excellent".


Input: [Class] Class V [Condition] Restorable [Description]

Output: Needs complete restoration. Value is approx 12% of Class I


Input: [Class] Class VI [Condition] Parts car [Description]

Output: Value is approx 4% of Class I


Input: [COMMENTS] High cut boots help prevent and reduce the number of sprains or bends that can injure your ankle. [QTY] 1 [ITEM]

Output: Boots

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] A 50L backpack should be sufficient for carrying all of your equipment without being too heavy itself. [QTY] 1 [ITEM]

Output: Backpack

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] The walking stick is so important because it essentially feels like a third leg. I found that at times it was easier to lean into my walk and move forward. So much of your weight is placed onto the end of the stick than on your legs that you can really walk a lot farther with a walking stick. [QTY] 2 [ITEM]

Output: Walking Sticks

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] When you walk, you either face in the direction of the sun or have the sun beating down on your back. A hat helps with this. [QTY] 1 [ITEM]

Output: Hats

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] The albergues and hostels you sleep at all provide a thin sheet for the pillow and bed. The only problem is that the quality of this thin sheet is not very good. It’s unlikely, but you can still get bed bug bites and be exposed to other bacteria on the bed. The best defense against this is to use a sleeping bag liner, not a sleeping bag. A regular sleeping bag is too bulky and is used to sleep outdoors. All you really need is the cotton casing to sleep in. Choose one of the cheaper ones under $30. That should be sufficient. [QTY] 1 [ITEM]

Output: Sleeping Bag Liner

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] A camera is one of the things that you do not want to worry about but always want ready to go if you find yourself with a nice view. Here is a list of some of the cameras at good prices. [QTY] 1 [ITEM]

Output: Camera

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] A flashlight is essential primarily during all early mornings when you’re getting up at your hostel. You want to avoid stepping over other hikers and their gear. As well, it will help you read signs to find your way back along the path. It is important to bring a small, yet powerful light. LED flashlights are best at this. [QTY] 1 [ITEM]

Output: Flashlight

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] Reading is a great way to pass the time on the Camino. Whether it’s a Camino de Santiago Guide book or a novel. Carrying this is definitely worth the weight. Just make sure it’s not too heavy. [QTY] 1 [ITEM]

Output: Reading

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] Socks are what prevent you from getting blisters. When you walk the skin on your feet rub constantly on the fabric of your socks, and if you have poor socks you can develop blisters over time. Make sure the socks are breathable and anti-blister! [QTY] 3 [ITEM]

Output: Socks

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] Jackets are important for the occasional few days when it’s either rainy or cold. This especially does happen during the spring/summer if you walk the Camino Frances, which is in Northern Spain. Even if its light rain, the smallest amount of rain will greatly “dampen” your walking experience. Thus bring a good and light rain jacket. [QTY] 1 [ITEM]

Output: Jacket

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] Typically, you can wear any kind of shirt you want. But during the main walking season of spring-summer, the kind of shirt you wear can be quite important. I recommend wearing something sporty because these types of clothes are very breathable and dry quickly. If you only take 2 shirts, you can easily clean and dry one of your shirts on your back while you’re walking. [QTY] 2 [ITEM]

Output: Shirts

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] Pants eventually become one of the dirtiest and most useful items of clothing you can take. DO NOT WEAR JEANS! Usually it helps to bring at least 2 pieces of leg wear. What’s recommended on the Camino are cargo pants with the ability to convert into shorts. This provides versatility, comfort, and utility with pockets. [QTY] 2 [ITEM]

Output: Pants

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] This is obvious. [QTY] 3 [ITEM]

Output: Underwear

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] There are many water stations along the Camino. As well much of the drinking water in Northern Spain is clean to drink right from the faucet. The best size of water bottle is 1L. Make sure that you can easily fit this in your bag pocket or that its able to hang on one of your straps. [QTY] 1 [ITEM]

Output: 1L Water Bottle

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] Much of the foods that you will end up eating are from the grocery store. You will find that it is not only cheaper but also fun to make food at the hostels. Even if you are only eating only a sandwich having a spoon and fork definitely help throughout the whole Camino. [QTY] 1 [ITEM]

Output: Spoon/Fork

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] A Swiss Army Knife is one of the most useful tools since its essentially multiple tools in one. Whether you need to cut open a bag, fix a caught zipper or open a can, this is definitely a tool you will not regret taking along. [QTY] 1 [ITEM]

Output: Swiss Army Knife

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] To prevent any bacterial infections you might get from a cut. [QTY] 1 [ITEM]

Output: Antibiotic Cream

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] For any cuts you might get along the way. [QTY] 1 [ITEM]

Output: Bandage Pack

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] Some washrooms or places you visit do not have soap or a way for you to clean yourself. Typically it is always good practice to clean your hands to prevent anything infectious from ruining your Camino experience. [QTY] 1 [ITEM]

Output: Antiseptic Hand wash

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] It’s always a good idea to use sunscreen. You are generally walking for about 6 hours a day and many of those hours are spent under the sun. [QTY] 1 [ITEM]

Output: Sunscreen

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] Most, if not all, albergues and hostels have showers to clean yourself after a long hike. I found it best to bring a shampoo and soap cleaner in one, which is more convenient than carrying two pieces. [QTY] 1 [ITEM]

Output: Soap and Shampoo

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] This is often forgotten about, but you NEED this to do a proper job of cleaning your clothes. Bring a small amount of detergent and only a small pinch is required to sufficiently clean clothes. [QTY] 1 [ITEM]

Output: Detergent

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] On the trip you will be exposed and at time your resistance can go down. Common ailments are headaches, sore muscles, diarrhea and allergies. While there are often many pharmacies along the way to purchase this stuff, you never know when or where you will need these medicines. [QTY] 1 [ITEM]

Output: Medicine Handy Pack

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [COMMENTS] You’ll be surprised but many people forget to take their prescribed medicines or even forget to pack enough dosages. Be sure to check with your doctor whether you can be prescribed more medications while you will be walking the Camino. Also make sure that walking an average of 6 hours a day or 22km/day is ok for your body. Its always better to be safe than sorry. [QTY] 1 [ITEM]

Output: Your Medications

Camino de Santiago Equipment | Camino de Santiago Guide


Input: [Pet Food] Registration required in most states [Human Food]

Output: No registration requirement

Pet Food VS Human Food - Pet Food Institute


Input: [Pet Food] Model state law developed and maintained by AAFCO (creates consistency from state to state) [Human Food]

Output: No model state law

Pet Food VS Human Food - Pet Food Institute


Input: [Pet Food] Model state regulations developed and maintained by AAFCO (creates consistency from state to state) [Human Food]

Output: No model state regulations

Pet Food VS Human Food - Pet Food Institute


Input: [Pet Food] Standard ingredient definitions adopted by AAFCO [Human Food]

Output: No standard ingredient definitions

Pet Food VS Human Food - Pet Food Institute


Input: [Pet Food] AAFCO-defined ingredients must be listed on the label [Human Food]

Output: No corresponding labeling requirement

Pet Food VS Human Food - Pet Food Institute


Input: [Pet Food] Rules exist for ingredient not defined by AAFCO: Can be recognized by FDA (Code of Federal Regulations, approved food additives, or GRAS) Can be common and usual terms such as "beef”, "chicken” or "corn” [Human Food]

Output: Ingredients can be recognized by FDA (Code of Federal Regulations, approved food additives, or GRAS)

Pet Food VS Human Food - Pet Food Institute


Input: [Pet Food] Meets complex labeling rules Covers formatting Covers product terms Covers font size [Human Food]

Output: Labeling rules on terms for certain products

Pet Food VS Human Food - Pet Food Institute


Input: [Pet Food] Nutrient content is guaranteed [Human Food]

Output: Nutrition facts are general (e.g., "serving size approximately…”)

Pet Food VS Human Food - Pet Food Institute


Input: [Pet Food] Most products designed to provide total nutrition (called "complete and balanced”) Can be analyzed in a laboratory to ensure complete and balanced nutrition (down to specific amino acids) Can be evaluated by feeding trial [Human Food]

Output: Few "complete” foods for people beyond infant formula

Pet Food VS Human Food - Pet Food Institute


Input: [Pet Food] Collective terms not allowed in ingredient list (such as "spices”). Specific ingredient must be listed. [Human Food]

Output: Collective terms allowed

Pet Food VS Human Food - Pet Food Institute


Input: [Pet Food] Multiple possible ingredients not allowed in ingredient list (such as "corn oil, palm oil or vegetable oil”) [Human Food]

Output: Multiple possible ingredients are allowed in ingredient list

Pet Food VS Human Food - Pet Food Institute


Input: [Pet Food] Canned/wet food products meet same federal requirements as for human food [Human Food]

Output: Low-acid canned foods must be processed in compliance with 21 CFR part 113

Pet Food VS Human Food - Pet Food Institute


Input: [Advantages] Free Locally available [Disadvantages] High risk of contamination Difficult and uncomfortable to use [Sanitary protection option]

Output: Natural materials (e.g. mud, cow dung, leaves)

Natural materials (e.g. mud, cow dung, leaves)


Input: [Advantages] Easily available in the local market Re-usable [Disadvantages] If old cloths are not cleaned well they can become unhygienic Users need somewhere private, with a water supply and soap, to wash and dry the cloths [Sanitary protection option]

Output: Strips of clothes

Natural materials (e.g. mud, cow dung, leaves)


Input: [Advantages] Easily available in the local market [Disadvantages] Loses strength when wet and can fall apart. Difficult to hold in place May be too expensive for the poorest users [Sanitary protection option]

Output: Toilet paper or tissues

Natural materials (e.g. mud, cow dung, leaves)


Input: [Advantages] Available locally or on the internet Income generation opportunity, if locally made Cost effective as they are re-usable More environmentally-friendly than disposable pads [Disadvantages] Users need somewhere private, with water supply and soap to wash and dry the pads If commercially produced, cost is prohibitive to many potential users [Sanitary protection option]

Output: Re-usable pads

Natural materials (e.g. mud, cow dung, leaves)


Input: [Advantages] Convenient and comfortable to use [Disadvantages] Not available in many contexts Cost is prohibitive to many potential users Generates a lot of waste to dispose, not environmentally-friendly May not be culturally appropriate, particularly for adolescent girls, as need to be inserted into the vagina Hygiene and availability of water and soap for hand-washing are particularly important, as need to be inserted into the vagina [Sanitary protection option]

Output: Tampons

Natural materials (e.g. mud, cow dung, leaves)


Input: [Advantages] Re-usable Only need emptying, washing and drying [Disadvantages] May not be culturally appropriate for use, particularly for adolescent girls, as need to be inserted into the vagina Hygiene and availability of water and soap are particularly important, for washing hands and menstrual cup, as need to be inserted into the vagina Expensive first investment outlay [Sanitary protection option]

Output: Menstrual cups

Natural materials (e.g. mud, cow dung, leaves)


Input: [Advantages] Useful for keeping a sanitary product in place Good for keeping the vaginal area hygienic [Disadvantages] Cost may be prohibitive to potential users Cheap elastic can wear out relatively quickly [Sanitary protection option]

Output: Panties/Underwear

Natural materials (e.g. mud, cow dung, leaves)


Input: [Cause] Thread not properly threaded on machine [Actions]

Output: Re-thread machine and check all the thread guides to be sure thread is not getting “hung up”


Input: [Cause] Bobbin inserted incorrectly [Actions]

Output: If bobbin is not in correct position, it will pull at thread causing it to break; check your machine manual for proper placement instructions


Input: [Cause] Improper tensions [Actions]

Output: Looser top tensions and/or tighter bobbin tensions cause top thread to pileup on underside of embroidery. Adjust tensions accordingly.


Input: [Cause] Needle size is too small for thread. [Actions]

Output: Thicker threads require larger needle sizes. To test a thread/needle combination, thread a loose needle with two feet of thread. Alternately raise and lower ends of thread. Correct needle size will allow needle to easily slide back and forth.


Input: [Cause] Burrs in needle eye, thread guides, throat plate, or bobbin case [Actions]

Output: Use emery cloth to buff these areas. The bobbin case and needle are often just as easily replaced.


Input: [Cause] Too tight or inconsistent twist on thread [Actions]

Output: Call the thread manufacturer and/or put on a new cone of thread.


Input: [Cause] Lint buildup in tensions discs, throat plate, or bobbin case [Actions]

Output: Clean these areas with canned air or brush


Input: [Cause] Build up of thread behind hook. [Actions]

Output: Clean hook assembly with canned air or brush.


Input: [Cause] Lack of lubrication in hook assembly [Actions]

Output: Oil machine using a stainless white oil


Input: [Cause] Too many stitches in too small of an area [Actions]

Output: Too many stitches in one area puts too much stress on the thread. Decrease density or eliminate extra stitches


Input: [Cause] Machine speed too high [Actions]

Output: Some applications increase stress on thread. Adjust speed accordingly.


Input: [Cause] Machine timing off [Actions]

Output: Have machine needle hook timing retimed


Input: [Cause] Old, dry thread [Actions]

Output: Toss old thread and store new thread, especially rayon and cotton at a temperature of 70°F and 65% humidity for maximum longevity


Input: Hand Wash

Output: Garment may be laundered through the use of water, gentle detergent or soap and gentle hand manipulation.

Garment may be machine laundered only on the setting designed for gentle agitation and/or reduced time for delicate items.


Input: Don't Wash

Output: Garment may not be safely laundered by any process. Normally accompanied by Dry Clean instructions.

Garment may be machine laundered only on the setting designed for gentle agitation and/or reduced time for delicate items.


Input: Do Not Bleach

Output: No bleach product may be used. The garment is not colorfast or structurally able to with- stand any bleach.

Garment may be machine laundered only on the setting designed for gentle agitation and/or reduced time for delicate items.


Input: Do Not Tumble Dry

Output: A machine dryer may not be used. Usually accompanied by an alternate drying method symbol.

Garment may be machine laundered only on the setting designed for gentle agitation and/or reduced time for delicate items.


Input: Dry Flat

Output: Lay out horizontally for drying.

Garment may be machine laundered only on the setting designed for gentle agitation and/or reduced time for delicate items.


Input: Do Not Wring

Output: Do Not Wring

Garment may be machine laundered only on the setting designed for gentle agitation and/or reduced time for delicate items.


Input: Iron, Low

Output: Regular ironing, steam or dry, may be performed at Low setting (110C, 230F) only.

Garment may be machine laundered only on the setting designed for gentle agitation and/or reduced time for delicate items.


Input: Iron, High

Output: Regular ironing, steam or dry, may be performed at High setting (200C, 290F).

Garment may be machine laundered only on the setting designed for gentle agitation and/or reduced time for delicate items.


Input: Don't Iron

Output: Item may not be smoothed or finished with an iron.

Garment may be machine laundered only on the setting designed for gentle agitation and/or reduced time for delicate items.


Input: Do Not Steam

Output: Steam ironing will harm garment, but regular dry ironing at indicated temperature setting is acceptable.

Garment may be machine laundered only on the setting designed for gentle agitation and/or reduced time for delicate items.


Input: Don't Dry Clean

Output: Garment may not be commercially dry cleaned.

Garment may be machine laundered only on the setting designed for gentle agitation and/or reduced time for delicate items.


Input: [0] Cost and availability [Fisheye] Expensive, not always available for all projectors. [Spherical mirror]

Output: A quality spherical mirror for dome projection can easily be found at reasonable cost. Multiple sizes are available. For example a quarter mirror between 9″ and 18″ varies from $125 to $200. They are also available as used.


Input: [0] Convenience [Fisheye] There are no actual universal fitting. You often need to find the correct lens to a specific projector. [Spherical mirror]

Output: One is not limited to particular projectors for which fisheye lens can be fitted. Existing projectors can be used or a projector chosen for particular attributes such as brightness, resolution, or contrast.


Input: [0] Brightness [Fisheye] Reduced brightness of the projection due to light passing through a fisheye lens. [Spherical mirror]

Output: Because a spherical mirror only reflects off a mirrored surface, it loses little brightness.


Input: [0] Projection ease [Fisheye] Usually needs to be set up in the center of the dome, but with very powerful projectors you can position them almost anywhere. [Spherical mirror]

Output: Can be set up at the edges of the geodesic dome, out of the way of the audience and easier to secure from being knocked over or bumped into.


Input: [0] Projection coverage [Fisheye] Most fisheye projection solutions project on 3/4 of the dome surface. [Spherical mirror]

Output: For a full dome coverage, using 2 projectors is the simplest solution. Many configurations are possible, and the optimum one will depend on dome size and the projection coverage area.


Input: [0] Scaling [Fisheye] Scaling is done from one projector only. [Spherical mirror]

Output: You can have better scaling, resolution and brightness by using more than one projectot (2 to 4 is common)


Input: [0] Chromatic distortion [Fisheye] Image tends to distort at the edges (rim) of the fisheye lens [Spherical mirror]

Output: No chromatic distortion when using a quality mirror.


Input: [0] Penne, Linguine or Spaghetti with Tomato Sauce or Marinara [Price] 11.00 [Price_3] 12.00 [2]

Output: Cheese Ravioli in Tomato Sauce


Input: [0] Spaghetti with Meatballs in Tomato Sauce [Price] 13.00 [Price_3] 13.00 [2]

Output: Penne, Linguine or Spaghetti with Meat Sauce


Input: [0] Rigatoni Bolognese [Price] 13.95 [Price_3] 12.00 [2]

Output: Cavatelli or Gnocchi with Tomato Sauce or Marinara


Input: [0] Cavatelli or Gnocchi with Meat Sauce [Price] 14.00 [Price_3] 11.50 [2]

Output: Spaghetti with Garlic & Oil


Input: [0] Linguine with Red or White Clam Sauce [Price] 14.00 [Price_3] 12.00 [2]

Output: Penne with Broccoli in Garlic & Oil


Input: [0] Fettuccine or Tortellini Alfredo [Price] 13.00 [Price_3] 15.95 [2]

Output: Tortellini Panna (prosciutto, peas, in alfredo sauce)


Input: [Characteristic] Color [Nylon] Excellent [Olefin] Limited [Polyester (PET)] Good [Wool]

Output: Limited


Input: [Characteristic] Abrasion Resistance [Nylon] Excellent [Olefin] Excellent [Polyester (PET)] Good [Wool]

Output: Fair


Input: [Characteristic] Resilience [Nylon] Excellent [Olefin] Poor [Polyester (PET)] Poor [Wool]

Output: Excellent


Input: [Characteristic] Soiling [Nylon] Very Good [Olefin] Good [Polyester (PET)] Fair [Wool]

Output: Good


Input: [Characteristic] Cleaning [Nylon] Very Good / Good [Olefin] Excellent [Polyester (PET)] Fair / Good [Wool]

Output: Good


Input: [Characteristic] Spot Removal [Nylon] Fair / Good [Olefin] Excellent [Polyester (PET)] Good [Wool]

Output: Fair / Good


Input: [Characteristic] Pilling [Nylon] Excellent [Olefin] Excellent [Polyester (PET)] Poor [Wool]

Output: Good


Input: [Characteristic] Static Electricity [Nylon] Poor / Very Good [Olefin] Good [Polyester (PET)] Good [Wool]

Output: Bad / Good


Input: [Characteristic] Allergy Problems [Nylon] Good [Olefin] Good [Polyester (PET)] Good [Wool]

Output: Fair


Input: [Characteristic] Chemical Resistance [Nylon] Good [Olefin] Good [Polyester (PET)] Good [Wool]

Output: Fair


Input: [PW118 to PW127 Models] Two-spool, two-stage centrifugal compressors All rotors integrally bladed Each driven independently by low pressure and high pressure compressor turbines No variable geometry Easy electric start – no APU required [PW150 Models]

Output: Two-spool, four-stage compressor 3-stage axial, single centrifugal, all rotors integrally bladed Axial and centrifugal each driven independently by low pressure and high pressure compressor turbines No variable geometry Easy electric start – no APU required


Input: [PW118 to PW127 Models] Reverse flow combustor Low emissions, high stability, easy starting, durable [PW150 Models]

Output: Reverse flow combustor Advanced, effusion cooling High efficiency and durability, low emissions and low noise


Input: [PW118 to PW127 Models] Single-stage low pressure and high pressure turbines Advanced materials and cooling technology for long life [PW150 Models]

Output: Single-stage low pressure and high pressure turbines Advanced materials and cooling technology for long life


Input: [PW118 to PW127 Models] Two-stage power turbine Free turbine, shrouded blades [PW150 Models]

Output: Two-stage power turbine Free turbine, shrouded blades


Input: [PW118 to PW127 Models] Off-set reduction gearbox Rugged design for high durability 1,200 to 1,300 rpm output speed for low propeller noise [PW150 Models]

Output: Off-set reduction gearbox Rugged design for high durability 1,020 rpm output speed for low propeller noise


Input: [PW118 to PW127 Models] Electronic engine control Ease of operation, reduced workload Security of mechanical back-up [PW150 Models]

Output: FADEC (Full Authority Digital Engine Control) Dual channel redundancy Ease of operation, reduced workload


Input: Acids, salts, compounds of toxic metals (mercury, lead) High levels can be toxic to life, low crop yields, corrosive to metals [Oxygen-demanding wastes]

Output: Water soluble inorganic chemicals

Notes: Water Pollutants - The Environmental Literacy Council


Input: Nitrate and phosphates (fertilizers, detergents) Eutrophication [Oxygen-demanding wastes]

Output: Inorganic plant nutrients

Notes: Water Pollutants - The Environmental Literacy Council


Input: Oil, gasoline, plastics, cleaning solvents, detergents, pesticides Threat to human and aquatic life [Oxygen-demanding wastes]

Output: Organic chemicals

Notes: Water Pollutants - The Environmental Literacy Council


Input: Sediment and suspended matter from soil and solids from land Makes water cloudy and reduced photosynthesis, destroys feeding and spawning grounds. Fills in lakes and reserviores [Oxygen-demanding wastes]

Output: Insoluble particles

Notes: Water Pollutants - The Environmental Literacy Council


Input: Power plants, laboratory, hospitals, military Concentrates in organs and tissues and passed through food web. Birth defects, cancers, genetic damage [Oxygen-demanding wastes]

Output: Water-soluble radioactive isotopes

Notes: Water Pollutants - The Environmental Literacy Council


Input: Water used to cool industrial and power plants Rise in temp causes lower dissolved oxygen levels, lowers tolerance of native species and increase bacteria and parasite populations [Oxygen-demanding wastes]

Output: Thermal Pollution

Notes: Water Pollutants - The Environmental Literacy Council


Input: Introduction of a nonnative species Crowds out native, reduce biodiversity, economic loss [Oxygen-demanding wastes]

Output: Genetic pollution

Notes: Water Pollutants - The Environmental Literacy Council


Input: [Task] Aeration [Frequency] When conditions allow [Reason]

Output: Aeration should be continued throughout the winter when conditions allow, the use of a sarrel roller will be beneficial in keeping the surface open.

Bowling Green Maintenance and Grass Care


Input: [Task] Brushing/switching [Frequency] Daily or as required [Reason]

Output: Brushing/switching of the playing surface keeps the green clean and removes any dew or surface water. Keeping the surface dry will aid resistance to disease.

Bowling Green Maintenance and Grass Care


Input: [Task] Disease [Frequency] Daily [Reason]

Output: Diseases are fairly prominent at this time of the year. Keep an eye on fungal disease attack and use approved fungicides to treat infected areas.

Bowling Green Maintenance and Grass Care


Input: [Task] Fertilising [Frequency] When required [Reason]

Output: Generally, no fertiliser applications are made during the winter months, as plant growth has slowed down. However, some groundstaff may apply a dose of liquid iron to colour up and provide some strength to the grass plant during the winter months.

Bowling Green Maintenance and Grass Care


Input: [Task] Litter pick [Frequency] Weekly or as required [Reason]

Output: Inspect and clear away litter or debris.

Bowling Green Maintenance and Grass Care


Input: [Task] Machinery [Frequency] Daily/Weekly [Reason]

Output: Keep machines overhauled and clean. Arrange the servicing of your machines ready for the new season.

Bowling Green Maintenance and Grass Care


Input: [Task] Materials [Frequency] Monthly [Reason]

Output: Keep an eye on your material stocks, (seed, top dressing, petrol, oil )remembering to replenish as required.

Bowling Green Maintenance and Grass Care


Input: [Task] Mowing [Frequency] As required [Reason]

Output: With the season finished and the green closed down for the winter, mowing will only be required to maintain a winter height of cut at 10-12mm.

Bowling Green Maintenance and Grass Care


Input: [Task] Perimeter fences and hedges [Frequency] As required [Reason]

Output: Most bowling green facilities are enclosed by fences or hedges. You may even have some favourable weather in January when you may be able to wash/ paint/refurbish structures and features around your ground. (seats, green surrounds, footpaths and fences and building structures).

Bowling Green Maintenance and Grass Care


Input: [Task] Pests [Frequency] As required [Reason]

Output: Increased soil moisture can often lead to an increase in worm activity. Regular switching of the greens will help disperse their casts. However, if the infestation is large, you may need to apply some Carbendazim to control the worm populations. Some Groundsmen and Greenkeepers use brushes to remove casts but, in wet conditions, this can lead to smearing.

Bowling Green Maintenance and Grass Care


Input: [Task] Repairs [Frequency] As required [Reason]

Output: Carry out any repairs to ditches, paths, gates, floodlights and other building features.

Bowling Green Maintenance and Grass Care


Input: [Task] Soil tests [Frequency] Ideally once or twice a year, or as required. [Reason]

Output: Soil sampling is an important part of groundmanship. The results will enable the manager to have a better understanding of the current status of his soil and turf. There are many tests that can be undertaken, but usually the main tests to consider are: Particle Size Distribution (PSD) this will give you accurate information on the soil type and it's particle make up, enabling you to match up with appropriate top dressing materials and ensuring you are able to maintain a consistent hydraulic conductivity (drainage rate) of your soil profile. Soil pH, it is important to keep the soil at a pH of 5.5-6.5, a suitable level for most grass plants. Organic matter content, it is important to keep a balanced level of organic matter content in the soil profile. Nutrient Levels. Keeping a balance of N P K nutrients within the soil profile is essential for healthy plant growth. Once you have this information you will be in a better position to plan your season's feeding and maintenance programmes.

Bowling Green Maintenance and Grass Care


Input: [Concept] Leak-before-break [Analysis Required] Fracture analysis for through-thickness defects. [Argument]

Output: Demonstrate that critical surface defects will not become critical through-thickness defects when fracturing leading to leaking will occur before catastrophic failure.

REMAINING LIFE ANALYSIS FOR A PRESSURE VESSEL SUBJECTED TO CYCLIC LOADS BASED ON FRACTURE MECHANICS


Input: [Concept] Proof test logic [Analysis Required] Fracture analysis at proof test and working pressures, as well as propagation analysis. [Argument]

Output: Demonstrate that the largest defect that can exist after a proof test will not propagate to critical size at work pressure before next proof test.

REMAINING LIFE ANALYSIS FOR A PRESSURE VESSEL SUBJECTED TO CYCLIC LOADS BASED ON FRACTURE MECHANICS


Input: [Concept] Fatigue life [Analysis Required] Fatigue (stress-life) analysis. [Argument]

Output: Demonstrate that calculated fatigue life of structure is far in excess of required vessel life.

REMAINING LIFE ANALYSIS FOR A PRESSURE VESSEL SUBJECTED TO CYCLIC LOADS BASED ON FRACTURE MECHANICS


Input: [Concept] Critical defect sizes [Analysis Required] Fracture analysis. (initiation and stable growth) [Argument]

Output: Demonstrate that calculated critical defect sizes are larger than what can safely be detected with NDE techniques. To be used with scheduled inspections.

REMAINING LIFE ANALYSIS FOR A PRESSURE VESSEL SUBJECTED TO CYCLIC LOADS BASED ON FRACTURE MECHANICS


Input: [Concept] Damage tolerance [Analysis Required] Fracture analysis and propagation analysis. [Argument]

Output: Demonstrate the sufficient propagation life (from NDE-detectable size to critical size) exists such that a safe number of inspections can be scheduled during propagation life.

REMAINING LIFE ANALYSIS FOR A PRESSURE VESSEL SUBJECTED TO CYCLIC LOADS BASED ON FRACTURE MECHANICS


Input: [Concept] Probabilistic methods [Analysis Required] Statistical analysis of defect sizes and detection probabilities. [Argument]

Output: Demonstrate that the probability of failure associated with any of the above concepts is acceptable.

REMAINING LIFE ANALYSIS FOR A PRESSURE VESSEL SUBJECTED TO CYCLIC LOADS BASED ON FRACTURE MECHANICS


Input: [Type of Tumor] Oligodendroglioma [Cell of Origin] Oligodendrocyte [Function]

Output: Produces a substance called myelin, which covers the nerves and helps information to travel quickly between the brain and other parts of the body.

More about types of cancer and brain tumors & Tumors of the Nervous System


Input: [Type of Tumor] Ependymoma [Cell of Origin] Ependyma [Function]

Output: Lines the ventricles and aids in the circulation of cerebrospinal fluid.

More about types of cancer and brain tumors & Tumors of the Nervous System


Input: [Type of Tumor] Meningioma [Cell of Origin] Meninges [Function]

Output: Cover and protect the brain and spinal cord.

More about types of cancer and brain tumors & Tumors of the Nervous System


Input: [Type of Tumor] Lymphoma [Cell of Origin] Lymphocyte [Function]

Output: Part of the immune system, the body's primary defense against infection and foreign substances.

More about types of cancer and brain tumors & Tumors of the Nervous System


Input: [Type of Tumor] Schwannoma [Cell of Origin] Schwann cell [Function]

Output: Produce the myelin that protects the acoustic nerve, the nerve of hearing.

More about types of cancer and brain tumors & Tumors of the Nervous System


Input: [Type of Tumor] Medulloblastoma [Cell of Origin] Primitive neuroectodermal cell or Primitive nerve tumors (PNET) [Function]

Output: These cells normally do not remain in the body after birth.

More about types of cancer and brain tumors & Tumors of the Nervous System


Input: [Number] TT-0 v0 [Title & Description]

Output: PRESENTATION: TradeOff Tools Overview This presentation provides an introduction to APC's TradeOff Tools and describes each of the tools currently available.


Input: [Number] TT-17 v1 [Title & Description]

Output: Prefabricated vs Traditional Data Center Cost Calculator Impact of design attributes on cost of prefabricated vs traditional data center


Input: [Number] TT-6 v3 [Title & Description]

Output: Data Center Efficiency Calculator Impact of alternative power and cooling approaches on energy costs


Input: [Number] TT-11 v0 [Title & Description]

Output: Cooling Economizer Mode PUE Calculator Impact of geography and cooling characteristics on PUE, energy cost, and carbon emissions


Input: [Number] TT-13 v1 [Title & Description]

Output: Data Center Build vs. Colocation TCO Calculator Impact of data center attributes and pricing model on TCO


Input: [Number] TT-5 v3 [Title & Description]

Output: UPS Efficiency Comparison Calculator Impact of UPS efficiencies on energy costs and carbon footprint


Input: [Number] TT-16 v0 [Title & Description]

Output: Flywheel vs. Battery Carbon Footprint Calculator Impact of data center attributes on carbon footprint of flywwheels vs. VRLA batteries for energy storage of static UPSs


Input: [Number] TT-8 v1 [Title & Description]

Output: Data Center Design Planning Calculator Impact of physical infrastructure technology and growth plan strategies on key design parameters


Input: [Number] TT-7 v1 [Title & Description]

Output: Data Center Carbon Calculator Impact of changes in data center efficiency on energy costs and carbon footprint


Input: [Number] TT-2 v0 [Title & Description]

Output: IT Carbon & Energy Allocation Calculator Impact of efficiency, load characteristics, and location on energy and carbon allocation for IT users


Input: [Number] TT-9 v0 [Title & Description]

Output: Virtualization Energy Cost Calculator Impact of server virtualization and data center design choices on energy and space savings


Input: [Number] TT-4 v1 [Title & Description]

Output: Data Center Capital Cost Calculator Impact of physical infrastructure design changes on capital costs


Input: [Number] TT-1 v0 [Title & Description]

Output: Data Center Power Sizing Calculator Impact of server and storage configurations on IT load capacity and required utility input power


Input: [Number] TT-3 v1 [Title & Description]

Output: Data Center AC vs. DC Calculator Impact on data center efficiency of various AC and DC power distribution architectures


Input: [Number] TT-10 v0 [Title & Description]

Output: Data Center InRow™ Containment Selector Impact of preferences and constraints on the recommended containment approach


Input: [Number] TT-12 v0 [Title & Description]

Output: InRow Ancillary IT Equipment Cooling Calculator Impact of IT, cooling, & room characteristics on ability for row-based cooling to support ancillary IT loads


Input: [Glycolysis] All cells of the body [HMP pathway] Active in liver, adipose tissue, adrenal cortex, thyroid, erythrocytes, testis, and lactating mammary glands. [Characteristics]

Output: Occurrence

Hexose Mono Phosphate (HMP)Pathway- Subjective Questions (Solved)-Set-1 | Biochemistry for Medics – Lecture Notes


Input: [Glycolysis] Oxidation is achieved by dehydrogenation using NAD+ as the hydrogen acceptor. [HMP pathway] Oxidation is achieved by dehydrogenation using NADP+ as the hydrogen acceptor. [Characteristics]

Output: Glucose Oxidation(Coenzyme)

Hexose Mono Phosphate (HMP)Pathway- Subjective Questions (Solved)-Set-1 | Biochemistry for Medics – Lecture Notes


Input: [Glycolysis] CO2 is not produced [HMP pathway] CO2 is produced [Characteristics]

Output: CO2 production

Hexose Mono Phosphate (HMP)Pathway- Subjective Questions (Solved)-Set-1 | Biochemistry for Medics – Lecture Notes


Input: [Glycolysis] Pentoses are not produced [HMP pathway] Pentoses are produced [Characteristics]

Output: Pentose production

Hexose Mono Phosphate (HMP)Pathway- Subjective Questions (Solved)-Set-1 | Biochemistry for Medics – Lecture Notes


Input: [Glycolysis] Can be in the bisphosphate form- such as Fr 1,6 bisphosphate , 1,3 bisphosphoglycerate or 2,3 bisphosphoglycerate etc. [HMP pathway] Never in bisphosphate form. Always in mono phosphate form that is why called Hexose mono phosphate pathway. [Characteristics]

Output: Intermediates

Hexose Mono Phosphate (HMP)Pathway- Subjective Questions (Solved)-Set-1 | Biochemistry for Medics – Lecture Notes


Input: [Glycolysis] ATP is utilized as well as produced. ATP is a major product of glycolysis [HMP pathway] ATP is neither utilized nor produced.Glycolytic intermediates may enter glycolytic pathway to produce energy [Characteristics]

Output: Energy

Hexose Mono Phosphate (HMP)Pathway- Subjective Questions (Solved)-Set-1 | Biochemistry for Medics – Lecture Notes


Input: [Glycolysis] Energy production both in aerobic and anaerobic conditions [HMP pathway] NADPH is required for reductive biosynthesis and pentoses are required forsynthesis of coenzymes and nucleotides. [Characteristics]

Output: Biological Significance

Hexose Mono Phosphate (HMP)Pathway- Subjective Questions (Solved)-Set-1 | Biochemistry for Medics – Lecture Notes


Input: [Glycolysis] Hemolytic anemia in Pyruvate kinase and Hexokinase deficiency [HMP pathway] Hemolytic anemia in Glucose-6-P dehydrogenase deficiency [Characteristics]

Output: Clinical Significance

Hexose Mono Phosphate (HMP)Pathway- Subjective Questions (Solved)-Set-1 | Biochemistry for Medics – Lecture Notes


Input: 12 volt, 95 Amp automotive type [Engine]

Output: Electrical


Input: Welded steel [Engine]

Output: Frame


Input: 50 US gallons in reservoir [Engine]

Output: Hydraulic Oil Capacity


Input: Mechanically applied, hydraulics released parking brake [Engine]

Output: Brakes


Input: Steering wheel with power steering [Engine]

Output: Steering


Input: 38 x 12.5-18, commercial [Engine]

Output: Drive Tires


Input: Automatic self-leveling plus manual control [Engine]

Output: Leveling


Input: Adjustable air ride seat, with arm rests and seat belt [Engine]

Output: Seat


Input: Tachometer, Engine Oil Pressure, Water Temp, Fuel Gauge, Volt and Hour Meters, Hydraulic Reservoir Temp, Hydraulic Filter Plugging Indicator, Deck Motor Load Indicator [Engine]

Output: Gauges / Lights


Input: Direct hydraulic motor, with load sense pump [Engine]

Output: Blade Drive


Input: 30 US gallons [Engine]

Output: Fuel Capacity


Input: 9,500lbs (wet) [Engine]

Output: Weight


Input: 3 pairs of swinging blades [Engine]

Output: Mower Blades


Input: 7 gauge reinforced steel; three floating decks with rear discharge, hydraulic deck lift [Engine]

Output: Mower Deck


Input: Sauer Danfoss hydrostatic transmission with joystick control, three Poclain Twin-Lock wheel motors for drive wheels (6631 ft-lbs torque) [Engine]

Output: Ground Drive


Input: 0-15 mph [Engine]

Output: Ground Speed


Input: Adjustable from 4-8" [Engine]

Output: Cutting Height


Input: 144" [Engine]

Output: Cutting Width


Input: 16.5 x 6.5 x 8, foam filled [Engine]

Output: Gauge Wheels


Input: 170" length, 159" width, 108" height with cab [Engine]

Output: Overall Dimensions


Input: Cab w/ROPS, A/C, heater, AM/FM radio, CD player [Engine]

Output: Standard Equipment


Input: One year, unlimited hours [Engine]

Output: Warranty


Input: [Engine]

Output: Transport


Input: [Type of oil/fat] Almond oil [Appropriate uses] Salad dressing, baking, medium temperature frying [Nutrition]

Output: High in monounsaturated fat and omega-6

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Avocado oil [Appropriate uses] Salad dressing, baking, high temperature frying [Nutrition]

Output: High in monounsaturated fat

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Butter [Appropriate uses] Baking, medium temperature frying [Nutrition]

Output: High saturated fat and cholesterol

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Canola oil [Appropriate uses] Baking, medium temperature frying, salad dressing [Nutrition]

Output: High in monounsaturated fat, omega-6, and omega-3

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Coconut oil [Appropriate uses] Baking, high temperature frying [Nutrition]

Output: High in saturated fat

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Corn oil [Appropriate uses] Baking, high temperature frying [Nutrition]

Output: High in omega-6

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Flax seed oil [Appropriate uses] Salad dressing – keep in the refrigerator and do not heat this oil (it turns rancid easily) [Nutrition]

Output: High in omega-3

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Grapeseed oil [Appropriate uses] Salad dressing, baking, medium temperature frying [Nutrition]

Output: High in omega-6

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Lard [Appropriate uses] Baking, medium temperature frying [Nutrition]

Output: High in saturated, monounsaturated fat and cholesterol

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Olive oil [Appropriate uses] Salad dressing, medium temperature frying [Nutrition]

Output: High in monounsaturated fat

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Palm oil [Appropriate uses] High temperature frying [Nutrition]

Output: High in saturated and monounsaturated fat

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Peanut oil [Appropriate uses] High temperature frying, sauces [Nutrition]

Output: High in monounsaturated and omega-6

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Safflower oil [Appropriate uses] High temperature frying [Nutrition]

Output: High in monounsaturated fat and omega-6

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Sesame oil [Appropriate uses] High temperature frying, salad dressing, sauces [Nutrition]

Output: High in monounsaturated fat and omega-6

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Soybean oil [Appropriate uses] High temperature frying [Nutrition]

Output: High in omega-6

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Sunflower oil [Appropriate uses] High temperature frying, salad dressing [Nutrition]

Output: High in omega-6

Cooking oils: which are best? | DINUTRITION


Input: [Type of oil/fat] Walnut oil [Appropriate uses] Salad dressing, baking, medium temperature frying [Nutrition]

Output: High in omega-6 and omega-3

Cooking oils: which are best? | DINUTRITION


Input: [topic] dimension [strings] Known string theories do exist in D>4. They effectively predict "critical" D=10, 11, or 26. If the observable dimensions are constrained to 4, predictive power is lost. However, useful particle models can be accomodated. [particles]

Output: Predictive particle theories do not exist in dimension D>4, and thus effectively predict the correct result D=4 (3 space, 1 time).


Input: [topic] supersymmetry [strings] Known string theories have serious difficulties already at low orders of perturbation in the absence of supersymmetry, so string theory predicts supersymmetry. [particles]

Output: The standard calculational method for particles uses an approximation method ("perturbation") that involves adding correction terms. When the infinite number of terms is summed to find an exact answer, predictive power is lost in the absence of supersymmetry. Thus, particle theory predicts supersymmetry.


Input: [topic] graviton [strings] The existence of the graviton is required by known string theories, and thus predicted: This is true for the superstring, which has maximal supersymmetry (although it may be hidden in some formulations). It is also true for the bosonic string; however, that string has some consistency problems. Known string theories retain their predictive power in their critical dimension at all orders of perturbation; however, summation leads to the kind of effects (hidden dimensions) that are expected to destroy predictability. [particles]

Output: Maximal supersymmetry requires (super)gravity, so the existence of the graviton (particle of gravitational force) is predicted by that particle theory. However, treating the graviton as a fundamental particle leads to a loss of predictability, even at low orders of perturbation. A possible alternative is to treat the graviton as a composite state of other particles: Such theories have been constructed, but have not yet been shown to be predictive.


Input: [topic] black holes [strings] Some advantages are found in the description of black holes, but the situation is unclear. [particles]

Output: A black hole is defined by an "event horizon", which is the border of the part of space where even light must hit the singularity, which is in turn defined as the region where the theory breaks down. Thus the very existence of black holes in a theory of gravity indicates its inadequacy. (However, black hole singularities might be avoided by formulations in "Euclidean space", with imaginary time.) Black hole solutions are not expected in a composite-state theory of gravity.


Input: [topic] unification [strings] String theories are essentially unique in their critical dimension, and unify all forces and particles, including gravity. But "compactification" to D=4 is far from unique, and destroys any advantages of unification. [particles]

Output: Predictabilty strongly restricts the class of allowed models, but there is still a lot of freedom. Observed matter (quarks and leptons) can be unified, resulting in a unification of forces (less gravity, plus yet unseen forces), but requiring many yet unseen and un-unified "Higgs scalars" to break the symmetry. Supersymmetry introduces unseen particles as least as numerous as the known ones, and thus is not truly unifying.


Input: [topic] confinement [strings] Strings can describe properties of hadrons of all mass, and agree with qualitative properties of hadron scattering. But known string theories don't fit well to experiment, since they include massless hadrons. [particles]

Output: Qualitative arguments predict confinement of quarks and gluons inside hadrons, but calculations are limited to low-energy properties of hadrons (or high-energy properties of quarks and gluons), and cannot calculate properties of any but the lightest hadrons.


Input: [1] Description [2] Costs [4] Medium [5] Specimen mounting [6] Nature of Lenses [7] Focusing [8] Magnification Adjustments [9] Major Means of Providing specimen Contrast [10] Images [11] Where To Get More Images [3]

Output: Source of Radiation for Image Formation

Types of Microscopes If you are sent to a web site click on the browser's back button to return!


Input: [0] Compound [1] Compound microscopes are light illuminated. The image seen with this type of microscope is two dimensional. This microscope is the most commonly used. You can view individual cells, even living ones. It has high magnification. However, it has a low resolution. [2] $150 - $10,000 [4] air [5] glass slides [6] glass [7] mechanical [8] changing objectives [9] Light Absorption [11] meiosis [3]

Output: visible light


Input: [0] Dissection or Stereoscope [1] A dissection microscope is light illuminated. The image that appears is three dimensional. It is used for dissection to get a better look at the larger specimen. You cannot see individual cells because it has a low magnification. [2] $100-$1500 [4] air [5] none [6] glass [7] mechanical [8] usually 1 objective [9] light scattering or light reflection [11] earthworm [3]

Output: visible light


Input: [0] Confocal Microscope [1] This microscope uses a laser light. This light is used because of the wavelength. Laser light scan across the specimen with the aid of scanning mirrors. Then image is then placed on a digital computer screen for analyzing. [2] $20,000-100,000 [4] air [5] glass slides with dyed samples [6] glass lenses with dichromatic mirrors [7] digital computer motorized focusing mechanism [8] digitally enhanced [9] laser light with dicromatic mirror concentrated at pinhole [11] salt [3]

Output: laser light


Input: [0] Scanning Electron Microscope (SEM) [1] SEM use electron illumination. The image is seen in 3-D. It has high magnification and high resolution. The specimen is coated in gold and the electrons bounce off to give you and exterior view of the specimen. The pictures are in black and white. [2] more than $50.000 [4] vacuum [5] Mounted on aluminum stubs and are coated in gold [6] one electrostatic lens with a few electromagnetic lenses [7] electrical [8] electrical [9] electron scattering [11] mosquito [3]

Output: electrons


Input: [0] Transmission Electron Microscope (TEM) [1] TEM is electron illuminated. This gives a 2-D view. Thin slices of specimen are obtained. The electron beams pass through this. It has high magnification and high resolution. [2] more than $50,000 [4] vacuum [5] Thin films of collodion or other supporting material on copper grids [6] one electrostatic lens and a few electromagnetic lenses [7] Electrical i.e. current of the objective lens coil is changed. [8] Electrical i.e. changing current of the projector lens coil [9] Electron scattering [11] plant cell [3]

Output: electrons


Input: [Aspect of comparison] Raw Materials Green materials as newsprint, starch, mineral fiber etc. [Plasterboard]

Output: Plasterboard: Construction gypsum

Comparison Between Armstrong Mineral Fiber Ceilings and Plaster Board | Armstrong Pakistan


Input: [Aspect of comparison] NRC NRC: 0.5-1.0 Excellent acoustical performance much better than Plaster board Effectively reduce noise for a quiet environment [Plasterboard]

Output: NRC is close to 0 If installed in room, noise is mostly reflected back in the room with severe echo, which reduces sound articulation, and adversely affects study/work efficiency

Comparison Between Armstrong Mineral Fiber Ceilings and Plaster Board | Armstrong Pakistan


Input: [Aspect of comparison] Weight Its weight is much lighter than that of Plaster board Reduce load on building structure Easy to handle, install and maintain [Plasterboard]

Output: Increases load on the building structure

Comparison Between Armstrong Mineral Fiber Ceilings and Plaster Board | Armstrong Pakistan


Input: [Aspect of comparison] Appearance A variety of products for choice with good decorative effect for a modern indoor environment [Plasterboard]

Output: Basic

Comparison Between Armstrong Mineral Fiber Ceilings and Plaster Board | Armstrong Pakistan


Input: [Aspect of comparison] Installation Light, easy and convenient to install · Direct hung - speed up the construction process and lower the construction cost [Plasterboard]

Output: Time and energy-consuming in plaster board installation May have unsightly crack joint if installation done poorly

Comparison Between Armstrong Mineral Fiber Ceilings and Plaster Board | Armstrong Pakistan


Input: [Aspect of comparison] Maintenance Easy accessibility to pipeline and wires in the plenum area Easy to replace damage ceiling if needed [Plasterboard]

Output: Limited accessibility to plenum area Difficult to replace damage/soiled ceiling

Comparison Between Armstrong Mineral Fiber Ceilings and Plaster Board | Armstrong Pakistan


Input: [Benefit] Consistent formulation [Property]

Output: Controlled particle size

Avena Sativa Oat Meal Extract - Oat SILK Natural Skin Care - Oat Flour for cosmetics


Input: [Benefit] Aesthetically pleasing product [Property]

Output: Fine particle size (50% of particles less than 50 microns, 100% less than 160 microns)

Avena Sativa Oat Meal Extract - Oat SILK Natural Skin Care - Oat Flour for cosmetics


Input: [Benefit] Easy to formulate [Property]

Output: High polar lipid content

Avena Sativa Oat Meal Extract - Oat SILK Natural Skin Care - Oat Flour for cosmetics


Input: [Benefit] Versatility of products [Property]

Output: Forms stable emulsions

Avena Sativa Oat Meal Extract - Oat SILK Natural Skin Care - Oat Flour for cosmetics


Input: [Benefit] Imparts silky feel in lotions and creams [Property]

Output: Transforms sensory attributes of basic emulsions

Avena Sativa Oat Meal Extract - Oat SILK Natural Skin Care - Oat Flour for cosmetics


Input: [Benefit] Creates smooth creams at low inclusion rates [Property]

Output: Excellent textural characteristics

Avena Sativa Oat Meal Extract - Oat SILK Natural Skin Care - Oat Flour for cosmetics


Input: [Benefit] Reduces ‘greasiness’ of emulsions [Property]

Output: Absorbent properties

Avena Sativa Oat Meal Extract - Oat SILK Natural Skin Care - Oat Flour for cosmetics


Input: [Siding material] Solid wood [Cons] Requires frequent painting or staining May come from unsustainable forestry operations [First Cost] Medium to high [Recommendation] Use if FSC certified or salvaged [Pros]

Output: Renewable resource Some FSC-certified or salvaged siding available May be reusable

Pros and Cons of Common Siding Options - SCGH


Input: [Siding material] Vinyl [Cons] Toxins created during manufacturing and disposal Few recycling options [First Cost] Low [Recommendation] Avoid [Pros]

Output: Durable Low maintenance Doesn’t rot

Pros and Cons of Common Siding Options - SCGH


Input: [Siding material] Stucco [Cons] Requires careful installation to prevent moisture problems [First Cost] High [Recommendation] OK to use [Pros]

Output: Durable Fire-resistant Low maintenance

Pros and Cons of Common Siding Options - SCGH


Input: [Siding material] Fiber-cement [Cons] Portland cement is energy intensive to manufacture Wood fibers from imported, non-FSC certified sources [First Cost] Medium [Recommendation] OK to use [Pros]

Output: Durable Fire-resistant Doesn’t rot

Pros and Cons of Common Siding Options - SCGH


Input: [Siding material] Aluminum [Cons] Energy intensive to manufacture Quarrying bauxite ore to make aluminum has environmental impacts Susceptible to dents [First Cost] Low [Recommendation] OK to use [Pros]

Output: Durable Fire-resistant Recyclable and contains recycled content Low-maintenance

Pros and Cons of Common Siding Options - SCGH


Input: [Siding material] Masonry [Cons] Portland cement manufacturing and brick firing are energy intensive [First Cost] High [Recommendation] OK to use [Pros]

Output: Durable Fire-resistant Uses abundant (although nonrenewable) resources Low maintenance Local or salvaged products may be available

Pros and Cons of Common Siding Options - SCGH


Input: [Siding material] Engineered wood (OSB, hardboard, plywood) [Cons] Requires frequent painting Prone to premature disintegration if it gets wet [First Cost] Low [Recommendation] Avoid [Pros]

Output: Uses wood fiber from small, lower-grade trees

Pros and Cons of Common Siding Options - SCGH


Input: [Substance] carbon dioxide [Origin] body [Destination]

Output: lungs


Input: [Substance] digested food [Origin] gut [Destination]

Output: liver & rest of body


Input: [Substance] wastes (e.g. urea) [Origin] liver [Destination]

Output: kidneys


Input: [Substance] hormones [Origin] endocrine glands [Destination]

Output: "where needed" & rest of body


Input: [Substance] Plasma proteins - normally remain in blood [Destination]

Output: Outline of function


Input: [Substance] albumin [Origin] liver [Destination]

Output: keeping blood osmotic pressure and pH constant, and assisting in transport and release of other soluble components


Input: [Substance] fibrinogen [Origin] liver [Destination]

Output: complex reaction when wound occurs resulting in formation of insoluble fibrin, which is the basis of a clot which seals the wound


Input: [Substance] globulins (antibodies) [Origin] lymphatic system [Destination]

Output: when an infection occurs: stick to invading organisms and inactivate them


Input: [Elemental Group] carbonate [Symbol] CO3 [Elements]

Output: carbon and oxygen

Chemical Characteristics of Ohio Minerals - Ohio History Central


Input: [Elemental Group] oxalate [Symbol] C2O4 [Elements]

Output: carbon and oxygen

Chemical Characteristics of Ohio Minerals - Ohio History Central


Input: [Elemental Group] phosphate [Symbol] PO4 [Elements]

Output: phosphorus and oxygen

Chemical Characteristics of Ohio Minerals - Ohio History Central


Input: [Elemental Group] silicate (hemimorphite type) [Symbol] Si2O7 [Elements]

Output: silicon and oxygen

Chemical Characteristics of Ohio Minerals - Ohio History Central


Input: [Elemental Group] silicate (mica & clay type) [Symbol] Si4O10 [Elements]

Output: silicon and oxygen

Chemical Characteristics of Ohio Minerals - Ohio History Central


Input: [Elemental Group] silicon dioxide [Symbol] SiO2 [Elements]

Output: silicon and oxygen

Chemical Characteristics of Ohio Minerals - Ohio History Central


Input: [Elemental Group] sulfite [Symbol] SO4 [Elements]

Output: sulfur and oxygen

Chemical Characteristics of Ohio Minerals - Ohio History Central


Input: [Elemental Group] water [Symbol] H2O [Elements]

Output: hydrogen and oxygen

Chemical Characteristics of Ohio Minerals - Ohio History Central


Input: [Variety] Jute leaves [Flavor] Mild [Good cooked?] Yes [Texture] Mucilaginous [Good raw?]

Output: Yes

Summer Greens Program Presentation - Valley Permaculture Alliance


Input: [Variety] Purslane [Flavor] Mild, tangy [Good cooked?] Yes [Texture] Mucilaginous [Good raw?]

Output: Yes

Summer Greens Program Presentation - Valley Permaculture Alliance


Input: [Variety] Amaranth [Flavor] Bitter [Good cooked?] Yes [Texture] Fuzzy [Good raw?]

Output: No*

Summer Greens Program Presentation - Valley Permaculture Alliance


Input: [Variety] Land seaweed [Flavor] Salty [Good cooked?] Yes [Texture] Spiny with age [Good raw?]

Output: Yes/no

Summer Greens Program Presentation - Valley Permaculture Alliance


Input: [Variety] Malabar spinach [Flavor] Like spinach [Good cooked?] Yes [Texture] Mucilaginous [Good raw?]

Output: Yes

Summer Greens Program Presentation - Valley Permaculture Alliance


Input: [Variety] Sweet potato leaves [Flavor] Tart/lemony [Good cooked?] Yes [Texture] Fuzzy [Good raw?]

Output: Yes/no

Summer Greens Program Presentation - Valley Permaculture Alliance


Input: [Variety] Jamaica leaves [Flavor] Tart [Good cooked?] NO [Texture] Good! [Good raw?]

Output: Yes

Summer Greens Program Presentation - Valley Permaculture Alliance


Input: [Common Name] Shasta Daisy [Botanical Name] Chrysanthemum maximum [Annual / Perennial]

Output: Perennial


Input: [Common Name] Garland Daisy [Botanical Name] Chrysanthemum coronarium [Annual / Perennial]

Output: Annual


Input: [Common Name] Creeping Daisy [Botanical Name] Chrysanthemum paludosum [Annual / Perennial]

Output: Annual


Input: [Common Name] Painted Daisy [Botanical Name] Chrysanthemum carinatum [Annual / Perennial]

Output: Annual


Input: [Common Name] Yellow Daisy [Botanical Name] Chrysanthemum multicaule [Annual / Perennial]

Output: Annual


Input: [Common Name] Gloriosa Daisy [Botanical Name] Rudbeckia gloriosa [Annual / Perennial]

Output: Perennial


Input: [Common Name] Fleabane Daisy [Botanical Name] Erigeron speciosus [Annual / Perennial]

Output: Perennial


Input: [Common Name] African Daisy [Botanical Name] Dimorphiteca sinuata [Annual / Perennial]

Output: Annual


Input: [Common Name] English Daisy [Botanical Name] Bellis perennis [Annual / Perennial]

Output: Perennial


Input: [Common Name] Ox-Eye Daisy [Botanical Name] Chrysanthemum leucanthemum [Annual / Perennial]

Output: Perennial


Input: [Step] 0 [Description] Put bike on center stand [Notes]

Output: Make sure the bike remains turned off or, ideally, disconnect the battery. (If you have a BMW radio, make sure you have the 4 digit lock code before disconnecting the battery or removing the radio.)


Input: [Step] 0.5 [Description] Remove radio (if installed) [Notes]

Output: There's no need to remove the radio from the mounting plate and then remove the mounting plate. Just remove the mounting plate with the radio still installed in it. To remove the radio mounting plate, place an ice pick or similar instrument in each of the three holes to spring the clips holding the radio mounting plate. The picture should give you an idea of what the radio plate spring clips look like, where they are, and how to spring them. Disconnect the radio and set it aside.


Input: [Step] 1 [Description] Remove lower inners on both sides [Notes]

Output: The top screws are under the latch for the fairing pocket. The bottom screw is at the bottom. When putting back together, the bottom screw should go in horizontally - this one is tough to align properly sometimes so be patient.


Input: [Step] 2 [Description] Remove fairing pockets on both sides [Notes]

Output: Remove the two screws at the front of each pocket and remove the pockets. You may need to move the handlebars around to get the pockets in and out.


Input: [Step] 3 [Description] Remove the windscreen [Notes]

Output: To remove the top outer screw on each side of the windscreen, you'll need to use a Phillips screwdriver on top while holding the underside part with a 10mm socket. Remove the remaining screws working from top to bottom, alternating sides. When removing the last two screws at the bottom, hold the windscreen so it doesn't fall off of the bike and get damaged. When reassembling, align the clips to the holes the best you can before putting the windscreen back on. It'll make it easier to get the screws in.


Input: [Step] 4 [Description] Remove the cross member and dashboard [Notes]

Output: Once the windscreen is removed, these parts are loose and can be lifted out. You may have an instrument panel instead of the regular crossmember. If so, hold the panel while opening it (four screws) so that it can be disconnected and set aside.


Input: [Step] 5 [Description] Remove "under" panel [Notes]

Output: On the bottom of the fairing under the headlight is a black plastic panel. Remove the 8 screws holding it in place and take the panel out.


Input: [Step] 6 [Description] Remove radiator panel [Notes]

Output: Before removing the radiator panel itself, you need to make sure you can get the brake line out of the panel so you'll need to remove the curved piece of black plastic ("cup") behind the fork. It's held in place with three nasty little black plastic fasteners. To remove the three fasteners holding the fairing cup, use an ice pick or similar skinny object to push the core of the fastener through. Do it slowly so the core doesn't go very far when it comes free. Once you've punched the core through the fasteners, they'll come right off and you can remove the cup. The radiator panel/grill of the fairing is held on with four screws. Three of them are visible from the front, the fourth is up under the lower right (rider's right) corner of the radiator panel. Remove the bottom two first, then, while holding the panel so it doesn't drop, remove the top two.


Input: [Step] 7 [Description] Remove left lower [Notes]

Output: Remove the two bolts holding the lower to the fairing brackets. While holding the lower fairing piece so it doesn't drop and get damaged, remove the three screws along the top. When reassembling, be sure to remember the horizontal piece of black plastic which "seals" the side of the fairing to the gas tank.


Input: [Step] 8 [Description] Remove right lower [Notes]

Output: Same as the left. When reassembling the right side, the picture shows where the strangely shaped piece of foam goes over the middle bracket. When reassembling, be sure to remember the horizontal piece of black plastic which "seals" the side of the fairing to the gas tank.


Input: [Step] 9 [Description] Disconnect wiring [Notes]

Output: With the windscreen and dashboard removed, the fairing wiring is exposed. Disconnect (and label if desired) the wiring to the turn signals, horns, headlight and parking light above the headlight.


Input: [Step] 10 [Description] Remove main fairing body [Notes]

Output: Remove the bolts holding the sides of the main fairing body to the brackets on each side of the gas tank. Note that each of these bolts has a nut underneath it so you'll have to stick your hand inside the fairing with a small wrench to hold these nuts while unscrewing the bolts. Then remove the bottom front mounting bolts. While holding the main fairing body carefully so it doesn't drop, remove the top two bolts and remove the main fairing body.


Input: [Step] 11 [Description] Remove horns(optional) [Notes]

Output: Here's how the horns are mounted with the open part pointing down.


Input: [Step] 12 [Description] Remove the main "tree" [Notes]

Output: IMPORTANT: Before removing the tree, note how the cables and wires are routed. The main fairing tree (my name for it) is a four-pronged bracket attached to the steering column with four bolts. For some odd reason, the top ones have Allen heads and the lower ones normal heads. SAFETY WARNING: When reassembling, it is very important to make sure the cables and wires are routed so that they do not interfere with the steering.Be sure to double-check that the steering is unhindered before riding.Double-check that all lighting and horns work while you're at it.


Input: [Step] 13 [Description] Remove left brackets [Notes]

Output: The top mounting bracket on the left side attaches to the top rear left inside of the radiator. It's easiest to get to it's mounting bolts if you pull the gas tank back first. To pull the tank back, pull the clips from the mounting posts under each rear corner of the tank, then pull the rear of the tank upwards and carefully pull it back an inch or two. (double check that the hoses under the right rear of the tank are attached properly when putting the tank back in place) Alternately, you could remove the forward hose from the gas tank but it will spill gas so it's least messy to just pull the tank back an inch or two. Each of the bolts holding the top bracket to the frame have loose nuts inside the little square boxes. Poke the nuts out and keep them with the bracket. The middle and bottom brackets attach to the engine block directly above and below the #3 cylinder. (At least on a K75.) See pictures.


Input: [Step] 14 [Description] Remove right brackets [Notes]

Output: The top right mounting bracket attaches to the upper right side of the radiator. Each bolt has a nut in a little square holder on the side of the radiator. Remember to get these nuts out and keep them with the bracket. The middle bracket attaches with a normal bolt above the crankcase. The lower bracket attaches under the rear corner of the crankcase with a vertical Allen-headed bolt that comes up from the bottom.


Input: [Step] 99 [Description] Voila! [Notes]

Output: The fairing is removed.


Input: [Disease] Dactylium [Other names] Cobweb, mildew [Symptoms]

Output: White to pink, cobweb-like, fluffy mould

Table 1. Fungal diseases of mushrooms


Input: [Disease] Diehlomyces [Other names] Calves brains/ false truffle [Symptoms]

Output: A competing fungus which produces brain-shaped fruiting bodies

Table 1. Fungal diseases of mushrooms


Input: [Disease] Fusarium [Other names] Damping off [Symptoms]

Output: Mushrooms wither

Table 1. Fungal diseases of mushrooms


Input: [Disease] Mycogone [Other names] Wet bubble / white mould [Symptoms]

Output: Dense white growth on gills

Table 1. Fungal diseases of mushrooms


Input: [Disease] Papulaspora [Other names] Brown plaster mould [Symptoms]

Output: Brown plaster-like patches on casing

Table 1. Fungal diseases of mushrooms


Input: [Disease] Scopulariopsis [Other names] White plaster mould [Symptoms]

Output: White plaster-like patches on casing

Table 1. Fungal diseases of mushrooms


Input: [Disease] Trichoderma [Other names] Green mould [Symptoms]

Output: Dark green mould patches on casing spreading to lesions on stems

Table 1. Fungal diseases of mushrooms


Input: [Disease] Verticillium [Other names] Dry bubble / brown spot [Symptoms]

Output: Brown irregular pitted areas on stems and caps. Distortion and splitting

Table 1. Fungal diseases of mushrooms


Input: [Step] 1 [Description]

Output: Cut pipe sections to length, deburr, and chamfer ends, inside and out.


Input: [Step] 2 [Description]

Output: Turn or whittle pole ends to slip fit for pipe internal diameter. Cut a sharp shoulder for the pipe section to bed against.


Input: [Step] 3 [Description]

Output: Notch the pole ends for the wood wedge


Input: [Step] 4 [Description]

Output: Drive on pipe section, drive in wood wedge, cut wood wedge flush.


Input: [Step] 5 [Description]

Output: Drive in steel wedges. Place them in the pattern as shown.


Input: [Step] 6 [Description]

Output: Admire the result


Input: [Name of Varieties] Inqilab-91 [Time of planting] Nov.10 –Dec.15 [Remarks]

Output: High yielding disease resistant, lodging resistant and general purpose variety suitable for rich soils under normal and late planting

Pakissan.com; WHEAT PRODUCTION TECHNOLOGY IN PUNJAB


Input: [Name of Varieties] Punjab.96 [Time of planting] Nov.1 –Nov.30 [Remarks]

Output: High yielding variety having durable resistance against rust diseases and suitable for early to normal planting with good performance under sandy soils

Pakissan.com; WHEAT PRODUCTION TECHNOLOGY IN PUNJAB


Input: [Name of Varieties] M.H.97 [Time of planting] Oct.25– Nov.30 [Remarks]

Output: High yielding variety with better adaptability, and good tillering capacity, suitable for early to normal planting

Pakissan.com; WHEAT PRODUCTION TECHNOLOGY IN PUNJAB


Input: [Name of Varieties] Pasban.90 [Time of planting] Nov.1 – Nov.30 [Remarks]

Output: High yielding slow rusting variety suitable for saline areas

Pakissan.com; WHEAT PRODUCTION TECHNOLOGY IN PUNJAB


Input: [Name of Varieties] Bwp.97 [Time of planting] Nov.15– Dec.15 [Remarks]

Output: Recommended for irrigated areas of south Punjab for late planting

Pakissan.com; WHEAT PRODUCTION TECHNOLOGY IN PUNJAB


Input: [Name of Varieties] Augab.2000 [Time of planting] Nov.01- Dec.15 [Remarks]

Output: Recommended for early and late planting in irrigated areas of Punjab

Pakissan.com; WHEAT PRODUCTION TECHNOLOGY IN PUNJAB


Input: [Name of Varieties] Iqbal.2000 [Time of planting] Nov.15-Dec.15 [Remarks]

Output: Recommended for late planting in irrigated areas of the Punjab.

Pakissan.com; WHEAT PRODUCTION TECHNOLOGY IN PUNJAB


Input: [Name of Varieties] Chenab-2000 [Time of planting] Oct.25-Nov.30 [Remarks]

Output: Recommended for early and normal planting in the irrigated areas.

Pakissan.com; WHEAT PRODUCTION TECHNOLOGY IN PUNJAB


Input: [Strength / Elasticity] High Protein [Weakness / Extensibility] Low Protein [Factor]

Output: Protein Quantity


Input: [Strength / Elasticity] High Quality [Weakness / Extensibility] Low Quality [Comments/Examples] Durum has high protein but poor quality [Factor]

Output: Protein Quality


Input: [Strength / Elasticity] Low [Weakness / Extensibility] High [Comments/Examples] Whole wheat flour is more extendable, less elastic than white flour [Factor]

Output: Ash Content


Input: [Strength / Elasticity] Ascorbic Acid, Potassium Bromate, Malt [Factor]

Output: Additives


Input: [Strength / Elasticity] Matured flour [Weakness / Extensibility] Fresh flour [Factor]

Output: Maturation


Input: [Strength / Elasticity] Hard water [Weakness / Extensibility] Soft water [Factor]

Output: Water Quality


Input: [Strength / Elasticity] Low hydration [Weakness / Extensibility] High hydration [Factor]

Output: Hydration


Input: [Weakness / Extensibility] Added ingredients [Comments/Examples] Butter, nuts, berries, etc. [Factor]

Output: Added Ingredients


Input: [Strength / Elasticity] Autolyse [Weakness / Extensibility] Autolyse [Comments/Examples] Autolyse strengthens gluten bonds, but also increases enzymatic activity which makes dough weaker [Factor]

Output: Autolyse


Input: [Strength / Elasticity] More mixing [Weakness / Extensibility] Less mixing [Factor]

Output: Mix Time


Input: [Strength / Elasticity] Higher [Weakness / Extensibility] Lower [Comments/Examples] This is an indirect effect – higher temp gives faster fermentation leads to stronger dough [Factor]

Output: Dough Temperature


Input: [Strength / Elasticity] More [Weakness / Extensibility] Less [Comments/Examples] Acids from fermentation strengthen gluten bonds [Factor]

Output: Fermentation Time


Input: [Strength / Elasticity] Higher [Weakness / Extensibility] Lower [Comments/Examples] The more dough mass, the faster fermentation [Factor]

Output: Dough Mass


Input: [Strength / Elasticity] Starter [Comments/Examples] Starter strengthens dough due to fermentation acids [Factor]

Output: Starter


Input: [Strength / Elasticity] Less [Weakness / Extensibility] More [Comments/Examples] Wet environment of preferment increases enzyme activity which makes dough more extensible [Factor]

Output: Hydration of Preferment


Input: [Strength / Elasticity] More [Weakness / Extensibility] Less [Comments/Examples] More preferment means more acid which strengthens dough [Factor]

Output: Preferment Quantity


Input: [Strength / Elasticity] More [Weakness / Extensibility] Less [Comments/Examples] Mature preferments have higher acid content [Factor]

Output: Preferment Maturity


Input: [Strength / Elasticity] Tight [Weakness / Extensibility] Loose [Comments/Examples] Baker can adjust based on dough strength [Factor]

Output: Shaping


Input: [Disease/Condition] Breast Cancer: [Test Use] Prognostic: association of genetic markers with disease severity, progression [EGAPP Recommendation] Insufficient evidence to recommend for or against use Read the EGAPP recommendation (January 2009) [Genetic Test/Purpose]

Output: Can tumor gene expression profiling improve outcomes in patients with breast cancer?


Input: [Disease/Condition] Cardiovascular Disease: [Test Use] Prediction: association of genetic markers with disease risk [EGAPP Recommendation] Insufficient evidence to recommend for or against use Read the EGAPP recommendation (December 2010) [Genetic Test/Purpose]

Output: Recommendations from the EGAPP Working Group: Genomic profiling to assess cardiovascular risk to improve cardiovascular health


Input: [Test Use] Diagnostic: association of a genetic marker with a disease/condition in a person with symptoms and family members without symptoms [EGAPP Recommendation] Sufficient evidence to recommend against routine use in adults with idiopathic VTE; and in their adult family members with no history or symptoms of thrombotic events, for medical decision making on preventive use of anticoagulants Read the EGAPP recommendation (January 2011) [Genetic Test/Purpose]

Output: Genetic testing for Factor V Leiden and prothrombin variants for idiopathic venous thromboembolism (VTE)


Input: [Disease/Condition] Colorectal Cancer: [Test Use] Pharmacogenomic: association of a genetic marker with a particular treatment in a person with the specified disease. [EGAPP Recommendation] Sufficient evidence to recommend clinical use of KRAS mutation analysis to determine which patients are KRAS mutation positive and therefore unlikely to benefit from these agents before initiation of therapy. Insufficient evidence to recommend for or against BRAF V600E testing for the same clinical scenario. Insufficient evidence to recommend for or against testing for mutations in NRAS, or PIK3CA, and/or loss of expression of PTEN or AKT proteins. Read the EGAPP recommendation (February 2013) [Genetic Test/Purpose]

Output: Can testing of tumor tissue for mutations in EGFR pathway downstream effector genes in patients with metastatic colorectal cancer improve health outcomes by guiding decisions regarding anti-EGFR therapy?


Input: [Test Use] Diagnostic: association of a genetic marker with a disease/condition in a person with symptoms [EGAPP Recommendation] Sufficient evidence to recommend use for the benefit of relatives Read the EGAPP recommendation (January 2009) [Genetic Test/Purpose]

Output: Genetic testing strategies in newly diagnosed individuals with colorectal cancer aimed at reducing morbidity and mortality from Lynch syndrome in relatives


Input: [Test Use] Pharmacogenomic: predicting response to drug treatment [EGAPP Recommendation] Insufficient evidence to recommend for or against use Read the EGAPP recommendation (January 2009) [Genetic Test/Purpose]

Output: Can UGT1A1 genotyping reduce morbidity and mortality in patients with metastatic colorectal cancer?


Input: [Disease/Condition] Depression: [Test Use] Pharmacogenomic: predicting response to drug treatment [EGAPP Recommendation] Insufficient evidence to recommend for or against use, but use discouraged pending further research Read the EGAPP recommendation (December 2007) [Genetic Test/Purpose]

Output: Testing for cytochrome P450 polymorphisms in adults with nonpsychotic depression treated with selective serotonin reuptake inhibitors


Input: [Disease/Condition] Diabetes: [Test Use] Association of a genetic marker(s) with T2D risk profiling in general and high risk populations. [EGAPP Recommendation] *The EGAPP Working Group (EWG) found insufficient evidence to recommend testing for predictive variants in 28 variants (listed in Table 1) to assess risk for Type 2 Diabetes in the general population, based on studies in populations of northernEuropean descent. *The EGAPP Working Group (EWG) found insufficient evidence to recommend testing for the TCF7L2 gene to assess risk for Type 2 Diabetes in high-risk individuals. Read the EGAPP recommendation (March 2013) [Genetic Test/Purpose]

Output: Does genomic profiling to assess Type 2 Diabetes (T2D) risk improve health outcomes?


Input: [Disease/Condition] Prostate Cancer: [Test Use] Diagnostic and Prognostic: association of genetic markers with disease severity, progression [EGAPP Recommendation] Insufficient evidence to recommend for or against use Read the EGAPP recommendation (September 2013) [Genetic Test/Purpose]

Output: Does PCA3 Testing for the Diagnosis and Management of Prostate Cancer improve patient health outcomes?


Input: [Ritual] Can result from cupping, in which a cup of ignited alcohol is placed over an affected part of the body. As the heated area cools, the skin is sucked up into the cup, producing redness and burns. [Country/Region/Ethnic Group] Mexico [Injury]

Output: Circular burns, about 6-8cm in diameter; often multiple.


Input: [Ritual] A remedy for fallen fontanelle has been recognized as a cause of subdural hematomas. This practice, called Caida de Mollera (which means fallen fontanelle), is founded on the belief that a depression in the top of an infants skull occurs when the fontanelle has fallen, and can only be retrieved by vigorously sucking the depression back out. [Country/Region/Ethnic Group] Mexico [Injury]

Output: Subdural Hematomas


Input: [Ritual] These bruises, although they resemble strap marks, may actually be the result of the folk-medicine practice of Cao Gio (coining). In this practice, used to relieve symptoms such as fever, chills, headaches, and vomiting,the skin is massaged with oil and stroked with the edge of a coin until bruising occurs. It is believed that coining forces the bad wind  or noxious substance from the body. Normally, this practice should not cause undue concern about child abuse. [Country/Region/Ethnic Group] Vietnam Cambodia China Hmong people [Injury]

Output: Light linear bruising with petechiae, usually between ribs on both the front and back; also may be seen on the neck, both sides of the spine, or along the inner arms.


Input: [Ritual] These bruises may be the result of the folk-medicine practice of Tzowsa (spooning). This employs a similar method to coining, but a spoon is used. If a raised area appears, cupping treatment is applied. It is believed that this treatment alleviates pain. [Country/Region/Ethnic Group] Hmong people [Injury]

Output: Light bruising petechiae, or abrasion on both sides of the spine, behind both knees, in the bend of both arms, and on the chest from just above the nipple to the clavicle.


Input: [Ritual] These bruises may be the result of the folk-medicine practice of Bat Gio (pinching), in which Pinching Tiger Balm, a mentholated ointment may be massaged into the area before it is pinched. It is very commonly used to exude the bad wind for localized pain, lack of appetite, head exhaustion, dizziness, fainting, blurred vision, cough, fever, or any other minor illness. [Country/Region/Ethnic Group] Southeast Asia [Injury]

Output: Intense, isolated, non-symmetrical bruises anywhere on the body. Often found between the eyes on the forehead, along the trachea, in a necklace pattern around the base of the neck, bilaterally on the upper chest, upper arms, or along the spine.


Input: [Ritual] In this practice, an analgesic balm such as Icy Hot may be applied to a childs foot, which is then held under running water. This home treatment, based on a hot-cold theory of disease held in many Latin American cultures, is performed in an effort to cure the childs sprained ankle. Because there is a clear line of demarcation, it may resemble and immersion burn. [Country/Region/Ethnic Group] Latin America [Injury]

Output: 2nd and 3rd degree burns on the foot and ankle.


Input: [Ritual] These burns may be part of a folk medical therapy in which pieces of burning string are lowered onto the childs skin, in order to cure abdominal pain or fever. [Country/Region/Ethnic Group] Southeast Asia [Injury]

Output: Burns or scars, usually 0.5-1cm in diameter (like cigarette burns), located randomly around the lower rib cage or in a definite pattern around the umbilicus.


Input: [Off-grid] On-grid

Output: solar power systems which are connected to a regional electricity grid. When a large amount of electricity is produced due to optimum levels of sunlight, electricity is fed into the grid; electricity can be drawn from the grid if necessary (when it is dark).

solar power systems which are not connected to an electricity network. The electricity produced is consumed or stored directly on site (so-called stand-alone systems).


Input: [O] P [Off-grid] Photovoltaics

Output: refers to the method of directly converting solar radiation into electrical energy.

solar power systems which are not connected to an electricity network. The electricity produced is consumed or stored directly on site (so-called stand-alone systems).


Input: [Off-grid] Plus sorting

Output: all modules achieve an output greater than their specified nominal output (according to performance test). This guarantees optimum efficiency in the system without the need to sort modules.

solar power systems which are not connected to an electricity network. The electricity produced is consumed or stored directly on site (so-called stand-alone systems).


Input: [Off-grid] Profitability

Output: a solar power system's profitability is calculated based on the system's costs, feed-in tariffs and solar incidence at its location. On average, a south-facing system with a roof pitch of 30° pays for itself over 12 to 14 years.

solar power systems which are not connected to an electricity network. The electricity produced is consumed or stored directly on site (so-called stand-alone systems).


Input: [Off-grid] PV systems

Output: short for photovoltaic systems or solar power systems.

solar power systems which are not connected to an electricity network. The electricity produced is consumed or stored directly on site (so-called stand-alone systems).


Input: [O] R [Off-grid] Recycling

Output: return of used materials to the economic cycle and their processing into new products. The advantages lie in the reduction of the amount of waste and the conservation of raw materials.

solar power systems which are not connected to an electricity network. The electricity produced is consumed or stored directly on site (so-called stand-alone systems).


Input: [Off-grid] Renewable energies

Output: energies which come from a natural, non-depletable source, such as the sun, water, wind, geothermal heat und biomass.

solar power systems which are not connected to an electricity network. The electricity produced is consumed or stored directly on site (so-called stand-alone systems).


Input: [Off-grid] Rooftop installation

Output: in this type of installation, supporting structures are installed above the roof covering and solar modules are fastened on top.

solar power systems which are not connected to an electricity network. The electricity produced is consumed or stored directly on site (so-called stand-alone systems).


Input: [O] S [Off-grid] Secondary silicon

Output: recycled silicon

solar power systems which are not connected to an electricity network. The electricity produced is consumed or stored directly on site (so-called stand-alone systems).


Input: [Off-grid] Self-generated electricity

Output: self-generated electricity can be consumed on site with any remaining power fed into the public grid. In both cases, the feed-in rate for solar electricity is guaranteed by the German state for twenty years under the German Renewable Energy Law. The more electricity is consumed on site, the greater the revenue achieved from the solar power system concerned. The proportion of electricity used on site can be increased to over 60% using intelligent consumption management products. Those who produce self-generated electricity are unaffected by increases in electricity prices. Pressure is also taken off the German grid, as solar power generation and consumption are synchronised directly in the building where the power is used.

solar power systems which are not connected to an electricity network. The electricity produced is consumed or stored directly on site (so-called stand-alone systems).


Input: [Off-grid] Solar-grade silicon

Output: refers to silicon crystals which have a sufficiently high grade of purity to be used in photovoltaic applications. The chemical element silicon is a semi-conductor and forms crystals with a resistant diamond structure. It is the second most common element in the earth's crust after oxygen. For processing in the solar sector, raw silicon is purified to achieve solar-grade silicon and then cast into blocks for further processing into wafers.

solar power systems which are not connected to an electricity network. The electricity produced is consumed or stored directly on site (so-called stand-alone systems).