It takes 8.34 BTU to heat 1 gallon of water 1 degree F.
Take 8.34 BTU times number of gallons to determine energy needed to raise pool 1 degree F. Then multiply by how many degrees you need to raise the temperate of the current pool temperature to the desired temperature.
Example: 8.34 * 30,000 gal = 250,200 BTU need to raise temperature 1 degree F
Next multiple by the number of degrees to warm, say the pool is 55 F. 80F - 55F = 25F.
250,200 BTU * 25 F = 6.255 million BTUs to heat the pool to 80 F. This does not take into account the loss of energy to the surroundings but gives you a starting point to determine the energy needed to heat a mass of water.
29% of 30000 = 29% * 30000 = 0.29 * 30000 = 8700
30% of 30000= 30% * 30000= 0.30 * 30000= 9000
15% of 30,000= 15% * 30000= 0.15 * 30000= 4,500
30% of 30,000= 30% * 30000= 0.3 * 30000= 9,000
30000
30000
30,000 degrees in Celsius converts to 54,032 degrees in Fahrenheit.
120000 qts 1 gallon = 4 quarts 1 quart = 0.25 gallon
4010.7 cubic feet.
Less time for running a pool pump for a 30000 gallon should run one hour for every ten degrees. IE. 50 degrees F is equal to 5 hrs per day.
A US gallon of water is about 8.4 lb, so 30,000 galls is 252,000 lb. One BTU is the heat to raise one pound of water by one degF, so BTU's in your example are 252,000 x 15 = 3,780,000 BTU.
a car
29% of 30000 = 29% * 30000 = 0.29 * 30000 = 8700
2% of 30000 = 2% * 30000 = 0.02 * 30000 = 600
7 % of 30000 = 7/100 * 30000 = 0.07 * 30000 = 2100
Not more than 30000. This is nothing compared to the work and effort which is needed to be Lieutenant.
92.593 cubic yards for every inch deep.