What volume of water...?
927168
I got 9.2368x10^11 liters.
1080952
mass, volume and temperature.
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)
840147
Volume = (4/3) pi * radius^3\n\nRadius = Diameter / 2\n\nCristi has the right answer. Different people will use a comma in place of a decimal. It all depends on how you were taught. That's why it seems like the answer was a few orders of magnitude off when it was actually exactly right.\n\nTherefore, the answer is 113.097 cubic feet.
847968
About 2 litres is about right as a minimum...;
585074
Generally its between 1.5 and 2.5 litres
735291
The best way to measure its volume is to get a measuring cylinder with water in, pop the ring in the water (making sure that is is completely covered) and then measuring the change in the water level.\n\nThat will give you the volume of the ring.
342773
Want to see something neat??\n\nType "19 gallons in cubic feet." into google.\n\nWorks for all kinds of conversions.
56978
water, water and more water
214638
I am assume stand temperature and pressures at the surface of the earth.\n\nThe volume of the liquid is: \n1 inch x 1 acre \n= 1 in. x 43560 sq. ft.\n= 1 in. x 208.71 ft x 208.71 ft (assume square acre)\n= 1 in. x 2504.52 in x 2504.52 in\n= 6272620.4 cubic inches \n= 27154.2 Gallons (assumung US Gallon)
289591
Volume = area x height\n\n3 inches = 0.25 foot\n\nArea = Pi x d'2 /4 = 3.1416 x 0.25 x 0.25 / 4\nArea = 0.0049\n\nVolume = Area x height\nVolume = 0.0049 x 10 = 0.4908 cubic feet\n \n1 cubic feet = 7.48 gallons  \n\nVolume in gallons = 0.4908 x 7.48 = 3.67 gallons
313595
Water... its got a pH=7
894074
Assuming the drop of water is a sphere or close to one...\n\nvolume of a Sphere = (4/3) * pi * radius^3\n\nTo find the volume of a drop, measure out a small volume of water into a graduated cylinder.\nUse a dropper to take drops and deposit them into another container.  Count the number of drops needed to empty the measured water.\nvolume of drop = measured volume / number of drops
1018046
what water? where?\na2a
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?
998893
The volume of Earth (according to a Google search) is approximately 1,097,509,500,000,000,000,000 cubic meters(meters ^ 3) when you use the equation V = 4/3  x Radius ^ 3 and assume that the Radius is 6.37 x 106 m\n\n1 cubic meters = 264.172051 US gallons\n\n1 097 509 500 000 000 000 000 (cubic meters) = 2.89931336 × 10^23 US gallons
1151475
number of moles of hydrogen is 0.2\n\namount of water is 2.4