How much is a BTU of gas?
Fuel Cost Calculator
| FUEL | ENERGY CONTENT | COST PER MILLION BTU |
|---|---|---|
| Propane | 91600 | $34.04 |
| Natural Gas | 100000 | $14.71 |
| Electricity – Resistance | 3412 | $32.24 |
| Electricity – Heat Pump | 3412 | $16.12 |
How do you calculate cost per BTU?
Let’s say you have a furnace with a BTU rating of 100,000 and your gas bill is measured in MCFs. If one MCF costs $9.00: Divide the price per MCF by 1,028,000 to get the price per BTU: $0.00000875486. Multiply that by 100,000 to get the price per hour you’ll pay to run the furnace: about 87 cents.
What gas has highest BTU?
The best way to compare energy prices in your market is to look at the price per unit of heat value.
- Heating Oil has 138,690 BTUs per gallon.
- Natural Gas has 1,030 BTUs per cubic foot.
- Kerosene has 131,890 BTUs per gallon.
- Propane has 91,500 BTUs per gallon.
- Electricity has 3,413 BTUs per kilowatt hour (kwh).
What is a BTU rating?
The BTU rating of heating and cooling equipment indicates how much energy a furnace uses to produce heat or an air conditioner uses to remove heat. It also serves as a measure of how much of the heat produced by the equipment makes it into your home.
How do you calculate gas prices?
Divide the dollar amount per gallon of refined gas attributed to crude in half. This will give you a dollar amount that accounts for about one-third of the total price per gallon. By multiplying this amount by three, you can get an estimated price per gallon.
How is gas calculated?
First, divide the distance of the route by your miles per gallon figure to discover how many gallons of gas you will need, then multiply the number of gallons by the price of gas.
How do you convert BTU to kg?
Btu/g↔kcal/kg 1 Btu/g = 251.995793 kcal/kg.
What is BTU to kW?
BTU/hr to kilowatts conversion table
| Power (BTU/hr) | Power (kW) |
|---|---|
| 1 BTU/hr | 0.000293071 kW |
| 10 BTU/hr | 0.002930710 kW |
| 100 BTU/hr | 0.029307104 kW |
| 1000 BTU/hr | 0.293071039 kW |
How do you calculate gas consumption?
Divide mileage by fuel usage to see your car’s fuel consumption. This tells you how many miles you drove per gallon of gas. For example, if you drove 335 miles before refueling, and you filled your car up with 12 gallons of gas, your fuel consumption was 27.9 miles per gallon, or mpg (335 miles / 12 gallon = 27.9 mpg).
How many Btus are in 1 kg of LPG?
47300 BTU/
1kg of propane = 14.019 kWh (kilowatt hours) or 47300 BTU/h.
How do you calculate gas load?
To obtain the cubic feet per hour of gas required, divide the input of the appliances by the average Btu (kW. h) heating value per cubic foot of the gas. The average Btu per cubic foot is 1,100. Longest Length Method.
Are higher BTUs better?
A measure of an air conditioner’s power is its BTU rating. BTUs are the energy used to remove heat from a room. Therefore, the more BTUs an air conditioner unit has, the better equipped it is to cool a larger space.
How do I calculate BTU of gas?
The number of dwellers residing inside the living spaces.
How much does a BTU of natural gas cost?
We’ll need 26,667 BTU worth of gas. Gas prices are price per therm; 1 therm is equal to 100,000 BTU and that costs, an average, of $1.09. Well, if 100,000 BTU costs $1.09, how much does 26,667 BTU costs? Here’s the calculation: 26,667 BTU * ($1.09 / 100,000 BTU) = $0.29. That means that running such a gas-powered fireplace will cost: $0.29 per hour.
How many BTUs do I need for a gas range?
Technically speaking, one BTU is the amount of heat required to raise the temperature of one pound of water by one degree Fahrenheit. The capacity of gas burners is measured in BTU per hour. Pro-style ranges for the home typically offer high-output burners varying from 15,000 to 25,000 BTUs.
How many BTUs in 1 therm of gas?
Physical units and Btu 1; Electricity: 1 kilowatthour = 3,412 Btu: Natural gas: 1 cubic foot = 1,037 Btu 1 therm = 100,000 Btu: Motor gasoline: 1 gallon = 120,286 Btu 2: Diesel fuel: 1 gallon = 137,381 Btu 3: Heating oil: 1 gallon = 138,500 Btu 4: Propane: 1 gallon = 91,452 Btu: Wood: 1 cord = 20,000,000 Btu 5