Each foot of elevation change is equal to 0.433 PSI of water pressure. Elevating the water tank 10 feet would add 4.43 psi.
Yes, the pressure in the pipe is dependant of the height of the column of water above the point you are considering.
.434 TIMES the height of the bottom of the tank from the fixture / faucet in feet gives you the psi at that outlet.
The volume of the tank is about 31809 cubic feet of water. The volume of a cylinder is V = pi r2 x h where pi = about 3.1416, r is the radius, and h is the height (3.1416)x (152) x (45) = (3.1416) x 225 x 45 = about 31808.7 cubic feet
The Head just before entry to the pipe becomes velocity Head at the exit of the pipe. Assuming no losses: H=u^2/2g --> u=Square root of (2gH) where H is the height of the height of the level of water in the tank above the outlet of the pipe and u is the velocity. The velocity is such that if the water left the pipe vertically upwards and assuming no losses of any sort, the water would stop at the same level as the water in the tank. The volume flow rate is then uA where A is the area of the pipe, ie (πd^2)/4 Make sure you use the same units eg, u in meters per second, d and H in meters, g=9.81 m/s^2
500,000 Imperial gallons equals 80,272 cubic feet 500,000 US gallons equals 66,840 cubic feet A cubic tank measuring 43 feet on all sides would hold the Imperial amount, and a little over 40 feet on all sides would hold the US amount.
So you can use gravity rather then a pump to get water out of them.
A storage tank is usually elevated, and feeds water by gravity. A suction tank relies on a pump to move water.
4
It depends on the shape of the tank.
Convert everything to feet, then use the formula for the volume of a cylinder. Since the answer will be in cubic feet, you'll then have to convert it to gallons.
Yes, the pressure in the pipe is dependant of the height of the column of water above the point you are considering.
785.375 cubic feet of water.
Forget formula - put a gauge on it and read it.
If this is a round tank, 15 feet wide and 7 feet tall, there would be 1237 gallons.
Roughly 317.5 feet squared.
When a pump is pumping water from a level that is below the pump it is called suction head. If the water to be pumped is at a level above the pump, it is positive head. The pump maybe pumping from the base of a tank to a higher level such as an elevated tank or it may be pulling water from a tank that is below the pump. The distance from the center of the pump to the top of the water level would be the foot of head. It takes 2.31 feet to make 1 P.S.I. So if it is 10 feet from the center line of the pump to the water level, you would have about 4.33 P.S.I. of head.
10 ft X 10 ft square tank will hold 1000 cubic feet of water or 7480.51 gallons 10 ft round tank will hold 785 cubic feet of water or 5872.207 gallons