To convert Btu per hour to CFM per minute, take the energy transfer rate in Btu and divide it by 100,000. Multiply the result by 96.7. Divide that result by 60 to devise the gas transfer rate in cubic feet per minute.
The formula for calculating BTU loss or gain in converting CFM to BTU is temperature difference times actual CFM leakage times 1.08 equals BTU loss or gain. CFM is the actual cubic feet of air volume per minute pushed through the HVAC unit. BTU is the British thermal unit of heat removed from the ro
BTU stands for British thermal unit. BTU is an international unit of energy that measures how much heat is needed to raise 1 lb. of water by 1 degree Fahrenheit.
Rapid Tables, Convert To and Kyle's Converter offer online calculators that convert watts to BTU. On each website, the user enters a number of watts and the equal amount of BTUs per hour automatically populates.
Calculating the BTU, or British thermal units, of a room helps you determine its heating or cooling requirements when purchasing and installing equipment. You need a tape measure, pen, paper and a knowledge of the quality of the room's insulation. You then need to calculate the cubic footage of the
To convert BTU to kWh, divide the BTU value by 3412.1414799, which is the number of BTUs that equals 1 kWh.The British Thermal Unit, or BTU, unlike its name would suggest, is most commonly used in the United States to measure the heat output of a furnace or other heat-generating device. Being able t
The formula used to determine the amount of CFM, or cubic feet per minute, a room needs for heating begins by multiplying the room's volume by the number of times the heated air gets changed hourly. Then divide the resulting number by 60 to produce the amount of CFM required.
Since one kWh is equal to 3,412 BTU, to convert BTU to kWh, simply divide the number of BTUs by 3,412, according to Think Energy Management. Alternatively, multiply BTUs by 0.000293 or 1/3,412, according to Stovesonline.com. Reverse the calculation to convert kWh to BTU by multiplying the number of
Watts are a unit of power, whereas a BTU is a measurement of energy. A single BTU per hour corresponds to approximately 0.293 watts of power.
To calculate the BTU requirement for a room, use a tape measure to find the square footage of the room. Once you have the square footage, find the heating capacity range for your home. Multiply the square footage by the heating capacity range per square foot to find the BTUs.