Carbon dioxide emissions vary depending on the fuel. Natural gas (the cleanest fuel) produces about 117 lb CO2/106BTU. Coal, on the oter hand, produces about 225 lb CO2/106BTU. Liquid fuels (gasoline, diesel and furnace fuel) are in the middle of the range.
The equivalent of about 6,330,000,000 joules or 6 million BTUs
31.48 deg F
Fossil fuels have stored BTUs that are complex and expensive to duplicate through man made conversions.
1)This is a 5 part question. The first is realizing that 20F to 32F uses .5BTU per pound per degree. That means it takes 32-20=12*.5=6BTUs to get the ice to 32F. 2)Then you need to know the Latent Heat of Fusion for Ice which is 144BTUs (given). Lets assumes the ice changes from ice to water instantaneously at 32F. 3)Next we calculate the BTUs from 32F to 212F. Which is 1BTU per pound per degree F. 212-32=180 so it take 180BTUS. 4)Next we have to use the Latent Heat of Vaporization of water which will say instantaneously converts water to vapor. This takes 970BTUS (given). 5)Then we calculate the BTUS from 212F to 220F. Which is .5BTUs per pound per degree F which is 220-212=8*.5=4BTUs...... Finally add up all the BTUs and you get 6+144+180+970+4=1304BTUs.
1 gallon for #1 Kerosene produces 135,000 BTUs. #1 Kerosene is closely related to #1 Diesel and JP8 (Jet Fuel) - they differ chiefly in additives. Likewise, #2 Kerosene, Diesel #2, and Furnace Oil are similar to one another. #2 oils have higher sulfur content, which leads to more eye and lung irritation from the emissions. However, they are also comprised of longer hydrocarbon chains, and therefore weigh more per gallon and also have somewhat higher energy content.
Subbituminous coal has a 75 to 85 percent carbon content. It produces 16 to 24 million BTUs per ton and is used primarily to generate electricity.
17 million btus in 5 million watts
The number of BTUs per cord of wood depends on the type of wood. One cord of cottonwood is equal to 16.1 million BTUs. One cord of hard maple is equal to 23.7 million BTUs, and one cord of red oak wood is equal to 24.4 million BTUs.
The equivalent of about 6,330,000,000 joules or 6 million BTUs
Around a million. plus or minus a few.
Low- and medium-volatility grade bituminous coal typically generates between 26 and 30 million BTUs per ton.
1 kWH = 3.6 megajoules of energy and 1 BTU = approximately 1055 joules.1 kWH = 3412.3 BTUSo a million BTUs would be 3.4123 billion BTUs (3.4 x 109 BTU)However, this is not an exact conversion because kWH is energy exerted over time, while BTU is energy content.(see the related question)
There is no specific number of BTUs in one cubic meter of carbon monoxide (CO) gas. The amount of BTUs in a gas is determined by its composition and heating value, which can vary. However, carbon monoxide generally has a lower heating value compared to other gases like methane or propane.
With 28,000 BTUs, the Friedrich SL28L30* has the most BTUs.
High-volatile coal, in contrast, usually produces anywhere from 18 to 29 million BTUs per ton.
4800 BTUs will 150 square feet.
A small room is about 5,000 BTUs. Most people don't have a room that would require more than 10,000 BTUs.