To find the area required to store 1 TMC (thousand million cubic feet) of water at a height of 100 feet, we can use the formula for volume: Volume = Area × Height. Since 1 TMC is equivalent to 1,000,000,000 cubic feet, we can rearrange the formula to find the area: Area = Volume / Height. Thus, Area = 1,000,000,000 cubic feet / 100 feet = 10,000,000 square feet, or approximately 229 acres.
Do you mean "How many 90 degree bends are allowed in a 100ft pipe?"? If that's what you mean, the answer depends onthe diameter of the pipewhat the pipe is made ofwhat the pipe is for (fresh water, drain water, sewage, natural gas...)local regulations
To raise water 1 foot vertically, you need approximately 0.433 pounds per square inch (psi) of water pressure. This means that for every additional foot of height, the pressure increases by about 0.433 psi. Therefore, to elevate water to various heights, you can multiply the height in feet by this value to find the required pressure in psi.
Can not be done without the 'Given' radius and height.
The height of this quantity of water would be exactly that much!
i need the height dude what is the height?
It could get as big as it wants to, their is no correct answer or height.
According their manual, this watch is water resistant to 30m/100ft.
The water is fed to the house by gravity, so a pump is not required.
Do you mean "How many 90 degree bends are allowed in a 100ft pipe?"? If that's what you mean, the answer depends onthe diameter of the pipewhat the pipe is made ofwhat the pipe is for (fresh water, drain water, sewage, natural gas...)local regulations
None. A square kilometre is a measure of area. The tonnage depends on the volume of water, not the area that it is spread over. The height of the water column is also required.
No depth of water is "safe" to jump into from a height of 100 feet. Ignoring air resistance, after a fall of that distance you will be traveling 80 feet per second, or about 55 miles per hour. Landing at the wrong angle could cause serious injury or death. I've looked for guidelines relating minimum water depth to dive height (assuming a trained diver who knows how to hit the water and how to convert downward momentum into lateral motion), but they generally tend to concentrate on the sort of distances used in competition diving, which are closer to 30 feet than 100. In the show "O" in Las Vegas that features a high-diving segment, the divers dive from 60 feet and the water depth is about 25 feet. Trained high divers roll once they hit water both because that helps produce a clean entry and to minimize the depth to which they penetrate. If you don't do that but just continue to glide straight down, you will go significantly deeper.
12.6 meters 0.1 bar is gained for every meter.
The formula for calculating water pressure height is: Pressure Density of water x Gravity x Height.
A 100-foot round pool filled with 1.5 feet of water would be holding about 88,500 gallons.
1 meter X 1meter x 1meter, A cube
The Winthrop water tower is (according to a field trip scavenger hunt) 100ft (~30.48m) tall and 40ft (~12.19m) in diameter. It is capable of holding 1,000,000 gallons of water!
It's waxy coating, it helps it store water. Also the fact of it height(the height of the western red cedar is 60 meters), it helps it collect lots of sunlight.