Rough estimate is that one btu is enough energy to change the temperature of one pint of water, one degree over a period of one hour.
pickles
Typically, use 5 * the volume in cubic feet to get BTU/hour for natural gas heaters. For this shop, that works out to 180,000 BTU/hr. Lower ceilings would make a big difference here...
35kW is 119,424.97 BTU/hr
102,000 BTU = 1 ccf
1 ton of cooling in 12,000 btu's
5000 BTU's should work for a room that size.
I work At sears the highest BTU's we have is 15,000 that will use 110 outlet
Calories, Kelvin, BTU's or if related to Jallapeno Pepers, the Scoville Scale is the proper tool.
BTU meters measure the energy content of liquid or gas flows in British thermal units (BTU), a basic measure of thermal energy. One BTU is equal to the amount of energy needed to heat one pound of water one degree Fahrenheit.
foot-pound BTU kilowatt-hour
It depends on your enviornment. A 36,000 BTU unit will probably work just fine. 36,000 btu's would heat a 1,000 square foot room. or more.
one is the scale of the work itself the other is the scale of objects or elements within the design
Air conditioners come in different sizes. For a portable air condition for a small area, you'll probably want 12,000 BTU or higher. The larger the space you want to cool, the more BTU's you should have.
BTU x 1,055.056 = joules
BTU
The answer: 17070 BTU The math: 3414 BTU = 1 KVA (KW) so 5 KVA = 17070 BTU
70000 BTU/hr = 20.5kW > 70000 BTU/min = 1230.9kW > 70000 BTU/sec = 73854.2kW