How many water bottles of 16 oz. could be put inside a Mini Copper car?
138506
According to Cars.com, the Mini Cooper, with the back seat folded down, has about 25 cubic feet of volume.\n\n1 cubic foot = 957.506 US liquid ounces.\n\nSO\n\n25 cubic feet = about 23,937 ounces\n\n23,937/16= 1,495\n\nAbout 1,495 16-oz bottles of water can fit in the car. (Assuming you empty the bottles into the car.)
497218
Some quick help now\n1. Brass is a solid solution; copper is the solvent and zinc is the solute it is also an alloy so it may get you 6 as well. \n2. A bottle or can of a soft drink unopened is LeChatelier's Principle. It is at stasis until it is opened, thus the volume is larger and the equilibrium is disturbed until it gets back to equilibrium by outgassing the CO2.\n3. Take salt and sugar and mix them together. Large state of entropy. Hard to unmix them. \n5. Volatile solid: mothballs - naptha. Viscuous liquid - container of car engine oil\n7. That is a mole of something. Water H2O - 2 Hydrogens + 1 oxygen  (2 X 1.00 + 1X 15.999 = 18 atomic mass units) = 18 amus expressed as grams = 18 grams has 1 mole 18 grams of water is 18 ccs. So get something that holds 18 ccs or 18 mls of water. Small bottle.
591669
45 cc = 1.52163102 US fluid ounces\n\nThe capacity of a small shot glass
471793
Well here's some extra info you need to solve the problem:\n\n1 cubic inch = 0.00432900431 US gallons\n\nSo one can has a volume of:\n\nV=(pi)(5)(3/2)^2=35.34291 cubic inches\n\nThey filled 86400 cans which has a volume of:\n\nVtotal = V*86400 = 35.34291*86400 = 3053627.424 cubic inches\n\nThen you need to convert this to gallons so:\n\nVgallons = 0.00432900431 * 3053627.424 = 13219.1662 Gallons
96045
try to keep it around me all day so i don't realize how much i drink.\n\nbetween 20 and 40 ounces
969061
The only thing you need to figure that out is the height of the (i presume) circular cup. Just estimate it as a cylinder, or use some simple calculus to add a sloped cup.\n\nAnyways, the volume of a cylinder is pi*r^2 * h. or A * h  where A is the surface of the water.\n\nThe next problem is converting fl. oz to a volume in terms of distance measurements. I find this easiest to do in metric units, although if you spend some time you can figure it out in oz.\n\nso 1 US fluid ounce = 29.5735297 ml\n\n1 ml = 1 cubic cm.\n\nthus\n\n16 US fluid ounces = 473.176475 ml = 473.18 cubic centimeters.\n\n473.18 = A * h.\n\nSimply put in the height in centimeters and you've got the area.\n\nI don't know of any statistics about the average car cup holder dimensions although if you take a guess and imagine the one in your car, i'm sure it'll be close.
744521
One and a half cups \n\nOne cup of water is equal to 8 ounces
824604
To end up with exactly one gallon, you would need 124.12 ounces to 3.87 ounces
847968
About 2 litres is about right as a minimum...;
519609
They use methanol.  Probably about 100 gallons or so per car.
380647
that is around 4 bottles
707297
99 bottles..................
527703
9 x 19mm. Capacity 15 + 1
1095291
If, like me, you don't know the conversion factor, do this:\n\n1) You know 1 liter is 1000 cc\n2) You know 2.54 cm is 1 inch.  Therefore 1 cu inch is 2.54 x 2.54 x 2.54 cc = about 16.387 cc.\n3) Divide 1000 by 16.387 to get about 61.02 cu inches
38944
The ratio is 1 part rubbing alcohol to 2 parts water.I usually use 1 cup and 2 cups. Put the mixer in a gallon size zip lock then, place the zip lock into another zip lock to prevent any leakage. You can reuse this ice pack over and over. OR - you can make several smaller ice packs if you don't want a gallon size one.
1003334
Assuming D is diameter, calculate the volume of the tank, subtract the volume of the cylinder and convert the remaing volume to gallons.  There are 128 cubic inches (0.0741 cubic feet) per gallon.\n\nyou do the math, that is obviously the intent of your assignment
268281
16 cups in a gallon\n48 tsp=cup