1 cubic foot of natural gas can be burned to generate about 1000 btu of heat.
A 105000 btu/hr appliance would therefore require about 105 cubic feet of natural gas per hour; this is 0.1 thousand cubic feet, or 0.1mcf/hr.
One barrel of crude oil contains approximately 159 liters. Given that one barrel provides six million Btu, this translates to about 37,688 Btu per liter (6,000,000 Btu / 159 liters). To convert Btu to calories, note that 1 Btu is approximately 252 calories, so one barrel provides about 1.51 billion calories. Therefore, per gallon (approximately 3.785 liters), crude oil provides about 142,000 calories (1.51 billion calories / 3785 liters).
70000 BTU/hr = 20.5kW > 70000 BTU/min = 1230.9kW > 70000 BTU/sec = 73854.2kW
The precise answer is that the question can't be answered. A BTU is an amount of energy, while a kilowatt is an energy rate, than is how much is being delivered in a specified amount of time. However, there is a great deal of sloppiness about BTUs. Very often when people say "1000 BTUs" they really mean "1000 BTUs per hour." Air conditioners are quoted that way. Assuming that's what's really wanted, the key factor is 3.412 BTU/W-hr. 2000 W * 3.412 BTU/W-hr = 6824 BTU/hr.
Roughly 500 so long as there are no extraordinary sources of heat in thay area of the home.
Yes. x/30
Oh, dude, it's like this - to convert MMBtu to MCF, you need to know the heat content of the gas in Btu per cubic foot. Then you just divide the number of MMBtu by the heat content to get the equivalent in MCF. It's like converting apples to oranges, but with gas. Easy peasy, right?
A fourty two (42) gallon barrel of oil generates approximately 5,600,000 btus. A cubit foor of nat gas generates 1,200 btus ,there for you would need 4,666.67 cubic feet of gas or 4.6 mcf. Today, an mcf of nat gas costs $2.6 an mcf, a barrel of oil $106. The btu per dollar breakdown looks like this. 5,600,000 btus = 1 barrel of crude oil = $106 5.6m btu / $106 = 52,830 btus per dollar 5,600,000 btus = 4.66 mcf = $12.12 5.6m btus / $12.12 = 462,046 btus per dollar
There are 7,480 gallons per mcf
Divide the dollars per kWh by 3,412.14163
btu per pound * pounds per gallon OK, it sounds as if you know the value of fuel in oil btu per pound.Now find out how much a gallon of fuel oil weighs and multiply the btu value x that weight in pounds and that is the value per gallon. Or simply, diesel fuel is #2 fuel oil which contains 140,000 btu per gallon.
To convert watts per meter squared per degree Celsius to BTU per hour per degree Fahrenheit, you can use the following conversion factors: 1 Watt per meter squared per degree Celsius = 0.317 BTU per hour per foot squared per degree Fahrenheit.
To convert BTU per hour to frigorias per hour, you can use the conversion factor 0.251995760032 BTU per hour is equal to 1 frigoria per hour. Therefore, 3988777 BTU per hour is approximately equal to 15886.05 frigorias per hour.
Btu / scf = Btu / lb X MW / 379.5 where: MW = molecular weight of the gas, lb / lb-mol The constant 379.5 is the molar volume at standard conditions of 14.696 psia and 60°F
1 British thermal unit (BTU) is equal to approximately 1055.06 joules. This conversion factor is commonly used to convert energy units between BTUs and joules.
To convert foot-pounds per minute (ft-lb/min) to British thermal units per hour (BTU/hr), you can use the conversion factor that 1 ft-lb/min is equivalent to 0.00063241 BTU/hr. Simply multiply the value in ft-lb/min by 0.00063241 to obtain the equivalent value in BTU/hr.
CMH is a unit of flow rate (m3/hr or cubic metres per hour) A BTU is a British Thermal Unit, a unit of energy that is equal to around 1055 joules. You cant convert the two as they are a measure of different things, but changing BTU (or Btu) to joules will help standardise the calculations.
You can't convert that.* A BTU is a unit of energy. * A watt is a unit of power (energy per unit time).