398.6 Imperial gallons.
I think 17 or maybe 38
7,646 gallons.
The volume you are trying to fill is 120000 cubic feet(100 x 100 x 12)1 cubic foot = 6.22883288 Imperial gallonsSo your pond of 120000 cubic feet would take about 747456 gallons to fill.or1 cubic foot = 28.3168466 litresSo your pond of 120000 cubic feet would take about 3397920 litres to fill.
7.48051945
It takes 108 tiles to fill a 3-foot by 4-foot rectangle how many tiles would it take to fill a 4-foot by 5-foot rectangle?
You can estimate this answer closely. Jello is more dense than water. If you know the density of water per square foot, add something to that number (maybe double). Another way to estimate it would be this: Have you ever picked up a bowl of jello? How much do you think it weighed? (without the bowl, of course.) You can compare the weight of a bowl of jello to anything that you know the weight of, such as a three-pound weight that you use to exercise. Estimate how many bowls of jello it would take to make one square foot. Then multiply that number by how many pounds one bowl of jello weighs.
398.6 Imperial gallons.
Yes, you would be able to swim through jello. I have done a local charity event that involved sliding into a giant tub of strawberry gelatin (about 1,000 gallons). It was a really fun event, although I was covered from head to foot in slimy oozing jello!
It depends on how high you would like to fill it. You see, a liter is a 3-dimensional measure of volume (like a cubic foot is), and a square foot is a 2-dimensional measure of area. So, for example, to fill an area of 10,500 square feet to a height of 1 foot, you would need 297,326.889 liters.
They would be way too heavy if you fill them with water.
I think 17 or maybe 38
To give you an idea, a 36-foot by 18-foot by 5-foot deep pool takes about 24,000 gallons of water to fill.
To fill up a 12 foot swimming pool, you would need approximately 6,900 gallons of water.
That's 27 cf of water. And, at 7.48 gal/cf, that gives you... 201.96 gallons, or 202 gallons rounded...
They would fill with water. This was actually a serious problem. The soldiers were in water most the time, which caused problems of the foot including "trench foot."
None. Ping pong balls are round. A cubic foot is shaped like a cube which is square. The balls could not fill every nook and cranny of space they left behind being round.