how many cubic feet is 19 gallons of water?
342773
Want to see something neat??\n\nType "19 gallons in cubic feet." into google.\n\nWorks for all kinds of conversions.
346689
assuming you are going to fill it to about 4" from the rim, you will use approx. 5455 gallons of water
657896
32.99 gallons\n39.6 US gallons
749626
5.6104 us gallons\n4.6716 uk gallons\n\n1 cubic yard is:\n\n201.97 us gal\n168.18 uk gal
1161237
One cubic feet of water is 7.48 gallons.\nFind the volume of water in your swimming pool.\nSuppose it is V cubic feet.\n(If your pool has the same depth d feet every where, then \nV = (10)(15)(d) = 150 d)\nThen the number of gallons of water is V/7.48.\n\n(If the depth is not the same every where, you can make an estimate of the number of gallons, by taking d = average depth)
17004
V = πr2h\n1.v = 36 cubic inches = 0.15584410891073416 us galons\n\n2. v = 36 0.15584410891073416 us gallons \n\n3.v = 72 = 0.3116882178214683 us 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
153061
about 1.5 gallons (6 quarts).
543775
No.  Take 15 time twelve to convert the sides into inches. that gives you 180 inches per side.  Multiply 180 time 180 to come up with  32400 square inches.  Then take taht time 4 to come up with 129600 cubic inches.  Divide that by 1728 to come up with 75 cubic feet.
306508
simple answer. u guys 52 in is the depth 24ft across\n24x24x4.4x5.9=14952.96 us gal round it up 15,000 us gal
100212
There are 231 cubic inches in a gallon. 4' has 48" and 8' has 96" in it. So 48" * 96" * 48" = 221,184" \n221,184 / 231 = 957.50 gallons in it.
261582
Of course, you would have to convert the English to Metric, but...\n\nObtain the volume (in cubic feet) of the water (i.e. Length times width times height)\nConvert cubic feet to gallons (i.e. 7.48 gallons/cubic foot)\nObtain the weight of the water (i.e. 8.34 pounds/gallon)
565673
cube root of 200 is just under 6 (5.8485).\nThus, 200 cubic inches is a cube, with each side about 5.85 inches long.
635209
343000 USgal = 1298396.316 litres = 1298.396316 cubic metres.\n\nVolume = π(r^2)(h) where h = 4r because d=2r and h=2d so, h=4r\n\nSO, Volume = π(r^2)(4r) = 4(r^3)π\n\n1298.396316 = 4(r^3)π\n         r^3= 103.3230959\n           r=4.692444415 meters = 184.7419061 inches\n\nand height = 4(4.692444415)= 18.7697766 meters = 738.97"\n\nWrite to me if you need it in UK gallons....it changes quite a bit.
438224
If it's an ellipse the area is pi*r1*r2, r1 and r2 being the semimajor and semiminor axes. This is 3.14*25*9 ~= 705 sq. ft. You'll have to estimate the average depth. If it's 4 feet you have 4*705 ~= 2820 cu ft. There are ~7.5 gallons in a cu ft, so that's 7.5*2820 ~= 21200 gallons.
1115492
328 million gallons is a gross under estimate. If your estimate of suface area of 68 million square miles is correct.... and thre is 5280 feet in a mile... and 7.48 gallons (US liquid measurement)per cubic foot... that would mean there is 208.5 MILLION gallons of water in 1 square mile of ocean that was only 1 foot deep.\n\nA cubic mile of water contains 1,101,040,680,960 gallons of water... so IF the estimate of 68 million square miles of ocean is correct, and the ocean were and AVERAGE of 1 mile deep (and I assure you its deeper)  then there would be 74 million of TRILLIONs of gallons of water in the ocean... to spell that out ... 74,870,766,310,000,000,000 gallons of water in a body of water 68 million square miles in area and 1 mile deep... again.. this is if the estimates give were correct.\n\nHowever the given estimates are not correct... the ocean covers approximately 140 million square miles and has an average depth of 12,220 feet. which is just over 2 miles... so the actual calculation should look like this.... 5,280 x 5,280 x 12,220 x 140,000,000 x 7.48  giving you  a whopping 356,753,863,100,000,000,000 gallons of water contained in the worlds oceans... APPROXIMATELY\n\n... I had better get a best answer for this....
989194
If you are talking about the limit on the suction side of a pump then the answer is about 34 feet. This is because due to atmospheric pressure that is all the water can be raised without the portion at the bottom of the column starting to vaporize. \n\n14.7 psia (atmospheric pressure) equals 33.9 feet of water.