A gallon of water occupies 231 cubic inches of space, as there are 231 cubic inches in a gallon. To find the area it fills in inches, we need to divide this volume by the height at which the water is spread. If we assume the water is spread evenly at a height of 1 inch, the area covered by a gallon of water would be 231 square inches.
To calculate the volume of water needed to fill a container with a diameter of 60 inches and a depth of 12 inches, you can use the formula for the volume of a cylinder, which is πr^2h. First, find the radius by dividing the diameter by 2 (radius = 60/2 = 30 inches). Next, plug in the values into the formula: π(30)^2(12) = approximately 33930.6 cubic inches. 1 gallon is approximately equal to 231 cubic inches, so dividing 33930.6 by 231 gives you approximately 147 gallons of water needed to fill the container.
To fill the 30-gallon tank, you would need to use the pesticide and water in a ratio of 4 ounces to 1 gallon. Therefore, you would need 120 ounces (30 gallons x 4 ounces) of pesticide to fill the 30-gallon tank.
Find a container with gallon gradients (lines) at 1 gallon and 2 gallons. Fill the container with one gallon of water. Now add the plums until the water level reaches the two gallon line. Remove the water, and you now have 1 gallon of plums.
Fill the 5 gallon can Empty it into the 3 gallon can....you now have 2 gallons left in the 5 gallon can Empty the 3 gallon can Pour the 2 gallons from the 5 gallon can into the 3 gallon can. Fill the 5 gallon can Pour water from the 5 gallon can into the 3 gallon can until it is full....that will take a further gallon. You now have 4 gallons left in the 5 gallon can. Empty 1 of the 5 gallons. (But how do you know when you have emptied 1 gal???) You fill the 3 gal can and then tip it into the 5 gal can. The fill the 3 gal can again and tip some into the 5 gal can until the 5 gal can is full, you should now have 1 gal in the 3 gal can. Now empty the 5 gal can and put the 1 gal (from the 3 gal can) into the 5 gal can. Fill the 3 gal can again and add that to the 1 gal that is in the 5 gal can. You now have 4 gals in the 5 gal can!
A gallon of water occupies 231 cubic inches of space, as there are 231 cubic inches in a gallon. To find the area it fills in inches, we need to divide this volume by the height at which the water is spread. If we assume the water is spread evenly at a height of 1 inch, the area covered by a gallon of water would be 231 square inches.
509.7 litres
16 halfpint cartons of water are needed to fill the gallon container
Exactly 35.2332 gallons, but 36 to be safe.
WolframAlpha, a new search engine gives a UK gallon of water at 0.1337 cu.ft so your pool should take 6,462 gallon to fill, give or take a cupful. Check it out!
367.2 (rounded)
Find the volume of the container which would be 6 x 14 x 22 = 1848 cubic inches. Since a gallon of water takes up 231 cubic inches divide the volume by that. 1848 / 231 = 8. 8 Gallons of water.
about 432 cubic inches
.21 yards of sand will fill an area 115 inches by 67 inches to a depth of 2.5 inches.
22/7x6x6x6 cubic inches
you fill the five gallon then dump three of that into the three gallon so you have 3 in the 3 and 2 in the 5 then you dump out the three and fill the 3 with the remaining two gallons and fill the 5 completely so you have a combined 7 gallons.
To calculate the volume of water needed to fill a container with a diameter of 60 inches and a depth of 12 inches, you can use the formula for the volume of a cylinder, which is πr^2h. First, find the radius by dividing the diameter by 2 (radius = 60/2 = 30 inches). Next, plug in the values into the formula: π(30)^2(12) = approximately 33930.6 cubic inches. 1 gallon is approximately equal to 231 cubic inches, so dividing 33930.6 by 231 gives you approximately 147 gallons of water needed to fill the container.