how many gallons of water can be placed in 1 cu.ft.?
465414
1 cubic foot = 6.23 UK gallons or 7.48 US gallons.\nRocketmans approximation of gallons in a U.S pool is therefore correct.
498449
It depends.  If the pipe is vertical and long enough you won't EVER push it all the way through.  Once the pipe is full enough, it will take 500 PSI at the base just to keep it in there!\n\nIt also depends on the length of the pipe (you could assume here whatever length of 1 inch pipe it takes to contain 50 cu inch of liquid, or 50/(PI*.5^2) = 200/pi inches) but more importantly on the viscousity of the liquid (water, which you can look up).  There is also frictional drag by the pipe, but I bet you are supposed to ignore that. \n\nFlow rate = pi*P*r^4/(8 * v*l)  where v is vicousity, P is the pressure difference between the ends of the pipe, l is the length of the pipe and r is the radius.  Putting in that length expression and dividing the volume by the flow rate to get the time, you end up with \n\ntime=pi^2*P*r^6/(8*v*vol^2)\n\nand vol=50 cu inches in this case\n\nThis makes the assumption that the length of pipe in question is s.t. it always contains 50 cu inches of water at any point in time,  and you just want to see how long it takes to push 50 cu inches out as you add more in the back end.  If you change the volume and pipe length as a function of time (the pipe is still the same starting length and starts full but no new water is added as the 50 cu inches moves down the pipe) you will have to solve a simple differential equation. Be sure to put down the appropriate expressions for how mass and volume of water are a function of length!
838422
1 gallon [US, liquid] = 231 cubic inch\n  Courtesy of onlineconversion.com\n\nAssuming weight of water( the standard)\n\n   8 oz(weight)/ 8 oz(volume)\n\n    8 oz(weight)/ cup\n\n    1/2 pound/ 1/4 quart\n\n    2 pounds/quart\n\n   8 pounds/gallon
616459
Conversion:\n_________________________\n\n1 cu meter = 35.3 cu ft\n_________________________\n\nYour storage room 10 x 10 x 6 = 600 cu ft.\n\n5 cu meter = 5 * 35.3 = 176.5 cu ft.\n\nYour storage room will not fit into the 5 cu meters.\n\nYou are short by some 423.5 cu ft
638801
42 US gallons (about 34.97 Imperial gallons or 158.99 L).
921370
You have packing boxes that are 2 feet on a side.  You will be stacking them two high, two wide, two deep.  How many total cubic feet can you put in the boxes?\n\n2^3 * 2^3 = 2^6 = 64 cu. ft.
428451
1 cubic foot is 28.32 litres\n\nMultiply 2000 by 28.32\n\nMinutes is in the denominator of both units, so no conversion is needed for that aspect.\n\nKeep in mind that if you're working with gases that gases are compressible.
572696
density of pure water is 62.4 lbs/sq ft.\n\nSo, load = dAgh\n\nor A = 40000/(62.4*5*32) = 4.01 sq ft.
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
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
12552
One foot is equal to 12 inches so you could assume that the tank is also equal to (10 x 12) by (35 x 12) or 120" by 420". Then you take your number of gallons and divide by 120 x 420 or 50400 (I'm assuming you meant gallons per inch)
772330
You just need a few basics to estimate things.\n\n1.  6000 watts is 6 BTU/sec.\n2. 1 BTU heats 1 lb of water 1 degree F\n3. 1 gallon of water weighs 8.3 lbs.\n4. A nominal natural convection heat transfer coefficient is 1 BTU/(ft^2 * hr * deg F)\n\nIf you barrel is well insulated, just use the above (except 4) and you will see that 25 gallons will heat at 0.027 deg F per second.  \n\nIf you arent insulated, you need to use the heat transfer to see what portion of the 6000 watts is lost as the temperature rises.  You can readily do this in general form and the result should be an exponentially asymptotic temperature.
1167227
im not sure but multiply by 12 so 10 * 12 = 120 cubic inches becasue for every 1 cubic foot there is 12 cubic inches so \n120 cubic inches is the answer
657896
32.99 gallons\n39.6 US gallons
697862
"Square feet" are used to measure area and "cubic feet" are used to measure volume. These are quite different concepts and there is no way to change one into the other. You can convert cubic feet to gallons, (one gallon is approximately 0.1336 cubic feet) or square feet to acres (one acre is 43,560 square feet) but not square feet to cubic feet.\n\nIf you were covering an area with a depth, then we can convert.  see below:\n\nhow many cubic yards of soil is needed to cover 750 square feet at a height of 3 inches?\n--------------------------------------------------------------------------------\nSince you want the volume in cubic yards I would first convert all the measurements to yards. There are 3 feet in a yard and hence 32 = 9 square feet in a square yard. Thus\n\n750 square feet is 750/9  = 83.33 square yards.\n\nThere are 36 inches in a yard so\n\n3 inches is 3/36  = 0.0833 yards.\n\nThus the volume of soil needed is\n\n83.33  0.0833 = 6.9 cubic yards.
1050538
128 cubic feet.  4 * 4 * 8 = 128
61329
321,000,000 cubic miles of water in the oceans! That is 96.5% of the water on the Earth...\n\nKeep in mind that a cubic mile is a little bit over a TRILLION gallons! Mind boggling, isn't it?