Trader Joe's Aluminum Foil

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FAQ

A capacitor can be made from two sheets of aluminum foil separated by a sheet of waxed paperIf the sheets of aluminum are 0.34 m by 0.31 m and the waxed paper, of slightly larger dimensions, is of thickness 0.03 mm and dielectric constant kappa 2.5, what is the capacitance of this capacitor? answer in nF

A0.34 m 0.31 m 0.1054 m^2 k2.5 d310^-5 m e08.85 10^-12 C (0.1054(8.85 10^-12)2.5)/0.310^-5 77.7 nF

.Polyurethane Tread Aluminum Hub Wheel 1200 lbs Load CapacityWhere can I find reviews and opinions online for ER Wagner Heavy Duty Plate Swivel Total Lock Caster 8 Inch Polyurethane Tread Aluminum Hub Wheel 1200 lbs Load Capacity

Make Over 200 Juicy, Mouth-Watering Paleo Recipes You've NEVER Seen or Tasted Before?

Is it so their cream or liquids wouldn't evaporate, or .?

I doubt very much that Corebond is fire resistantIt is a polyurethane foamThe Corebond web site does not mention fire resistance, as one would expect if it were fire resistanceCorebond is installed between studs and encapsulated by gypsum boardBy the time Corebond would be involved in the fire, in a typical fire situation, the house would be a goner anywayThe same is true of other foamsFoam in a structure should always be installed in such a manner that it is encapsulated.

we have to do a easy science experiment with food and i have no clue what to do.any ideas??

It was exactly for square footage that the Trade Center towers were builtMore floor space in a small footprint made the best use of the expensive propertyThe Taj Mahal was built for its beautythe Eiffel tower for its structural designI don't know exactly what you're trying to get at with your humans build huge structures shtick, but I would point you to the simple termiteA termites mound is, in relation to their size, a larger structure than any skyscraper built by man.

Or do I have to find actual tinfoil?

That depends at room temperature, and at average 'on top of the head' temperature ( between 60F - 100F ) both metals are good electrical conductors (Aluminum is somewhat better)so either would be a good RF receiveras pointed out, you need to also concern yourself with the ground in RF applications if the temperature drops, (below about 50F) relatively pure tin will degradeIf not reheated to stop this processor if it gets really cold (sub-zeromaybe -30C)then you have to worry about tin pest where the tin totally crumbles awayThere is a legend that Napoleon's (soldiers'?) uniform buttons all rotted away, making them more susceptible to the cold on his ill-fated march toward MoscowOf course, if on the other hand, you are looking at bio-acoustic properties, Tin is known as the best and most tonally resonant metal [2 links from Wiki to Google Books] Therefore, a tin device could be much better at deflecting, or altering the properties of any acoustic waves directed at you [ I don't know that tin retains this best quality outside of (a) pipe organ production, and (b) sound frequencies we can hearlike pipe organs would use Sub-sonic ULF or supersonic frequencies , wellYMMV.] So, without more specific detail about the mind-control method (RF, acoustic, other.) AND about the way you intend to use the metal (Faraday cage, radio antenna, shaped helmet.) , I really can't be sure.

Any reason why a highly skilled rider on a vintage steel frame with super record components ( and comparable quality of other parts)Would not be competitive with a similar or les skilled rider with a carbon or aluminum bike and a decent 10 speed set up? Say both bikes weighed 19 pounds and if you don't believe steel can get down to that weight do some research.

Unless glass is heated to crystabolite (way higher than household temps) it is not dangerous to the lungs like asbestosFor people who work with it, the tiny pieces of glass are very irritatingHowever, the resin used on fiberglass insulation is flammable and so an exposed installation without sheetrock or siding over it is not proper under building codes.

This is also for my solar collector.

I was thinking to ask this too

An electroplating unit used for obtaining aluminum for Al2O3 draws 1.0 ampere of current at a power requirement of 0.29 kilowatt hours per dayIf the unit produces 8.0 g of aluminum per day, what is the cost of producing the aluminum for a can weighing 10.0 g at 5 cents per kilowatt hour?

Givens: - 10.0 g of aluminum Conversions: - 8.0 g aluminum / day - 0.29 kWh / day - 5 cents / kWh ?Useless info: - Draws 1.0 ampere of current I would suggest using dimensional analysis to find what order of operations You have 10 g Al can - given 8.0 g of Al / day - have days needed You have days - given 0.29 kWh / day - have kWh You have kWh - given 5 cents / kWh cost Now that you have the order of calculations, line them up (make sure your units cancel) ( 10.0 g Al ) (1 day / 8.0 g) (0.29 kWh / day) ($0.05 / 1 kWh) $0.018125 Round to 2 significant digits (all multiplication; take the lowest SD) and you should get $0.018 for a can Please double check my math and processes, and hope it helped!