This discussion will contain approximate values. Plug in the real values for a more accurate answer.
One litre of petrol (gasoline for American readers) weighs about 800 grams.
It is composed principally of carbon and hydrogen with a ratio of 2 carbon per 2 (and a bit) hydrogen or 24 units of mass carbon per 2 units of mass hydrogen.
This means that for every 800 gm (one litre) of fuel you have (24/26)x800 = 738 grams of carbon.
Since 1 carbon atom combines with 2 oxygen atoms each 12 gm carbon combines with 32 gm oxygen to make 44 gm Carbon dioxide.
So for every litre of fuel (which weighs 800gm) you have 738 gm carbon and require 1969 grams of oxygen to combust it.
This produces 738+1969= 2707 grams of CO2.
This depends upon the vehicle. A Hummer H2 averages 4.25 to 5.1 km per liter. An all electric vehicle powered by solar charged batteries emits virtually no CO2 at all. In the US cars only recently topped 10 km/liter. Since a liter of fuel emits 1.68 kg of CO2, a tenth of that is 0.17 kg of CO2 per kilometer. 0.17 kg/km translates to 0.6 lbs per mile, for those following along in the US.
Qatar has the highest per capita emission of CO2. Also from best to lowest: 1. United States 2. Europe 3. Russia 4. China 5. India
1.3 grams/deciliter, since there is 10 dl in 1 liter!
The gas density in an emission nebula is typically around 100 to 10,000 particles per cubic centimeter.
Ethanol contains less than half the energy per litre as is contained in an equal amount of petrol (Petrol= 77.3 MJ/kg, Ethanol = 29.7 MJ/kg.) This does nor account for the higher production energy costs associated with production of fuel grade ethanol from food grade crops like wheat or corn. You would have to burn more than twice the volume of fuel in an ethanol powered car.
The average co2 emission per year for a car in the USA. is 11,450 pounds
To calculate CO2 emissions for vehicles, you can use the formula: CO2 emissions (in grams) fuel consumption (in liters) x emission factor (in grams per liter). The emission factor varies based on the type of fuel used. You can find specific emission factors for different fuels from sources like the Environmental Protection Agency or vehicle manufacturers.
To calculate CO2 emissions from cars, you can use the following formula: CO2 emissions (in grams) fuel consumption (in liters) x emission factor (in grams per liter). The emission factor varies depending on the type of fuel used. You can find the emission factors for different fuels from sources like the Environmental Protection Agency or the Department of Energy.
To calculate CO2 emissions from fuel consumption, you can use the following formula: CO2 emissions (in metric tons) fuel consumption (in liters) x emission factor (in kg CO2 per liter). The emission factor varies depending on the type of fuel being used. You can find specific emission factors for different fuels from sources like the Environmental Protection Agency or the International Energy Agency.
This depends upon the vehicle. A Hummer H2 averages 4.25 to 5.1 km per liter. An all electric vehicle powered by solar charged batteries emits virtually no CO2 at all. In the US cars only recently topped 10 km/liter. Since a liter of fuel emits 1.68 kg of CO2, a tenth of that is 0.17 kg of CO2 per kilometer. 0.17 kg/km translates to 0.6 lbs per mile, for those following along in the US.
$5.95 per gallon or $1.63 per liter
it is 2.3434343434343434 pounds per litre
The calorific value of petrol is typically around 32-35 MegaJoules per liter. This means that when petrol is burned, it releases this amount of energy.
In the UK, 1.20 a liter equates to about 5.45 per UK gallon.
Rate of petrol in 1972
Rs.1.25 per litre
About 0.09 metric tons CO2 per gallon of gasoline.