9,000
BTU per hour is a measure of power. Cubic meters is a measure of volume. Perhaps you mean cubic meters of propane, alcohol or some other fuel.
1 gallon = 0.1337 cubic foot (rounded) 1 cubic foot = 7.4805 gallons (rounded)
To convert the density of fuel from kilograms to metric tonnes, divide the density value in kilograms by 1000. This is because there are 1000 kilograms in a metric tonne. For example, if the density of the fuel is 800 kilograms per cubic meter, the density in metric tonnes would be 0.8 metric tonnes per cubic meter.
Glucose.
Those are not related units. Inches measure length, gallons measure volume. Are you referring to cubic inches? Please refine your request and post a new question.
To convert cubic meters to metric tonnes of fuel oil, divide the volume in cubic meters by the density of the fuel oil in tonnes/m³ (or in kg/l). The density will depends upon the temperature of the fuel oil.
BTU per hour is a measure of power. Cubic meters is a measure of volume. Perhaps you mean cubic meters of propane, alcohol or some other fuel.
Nine cubic meters of air is required to burn 1 liter of fuel in a diesel engine. A person does not put liters of air into a diesel engine. Liters of fuel are put into a diesel engine.
Keep track of the fuel consumption, every liter of fuel burned creates about 2 kg of carbon dioxide which occupies about 1 cubic meter
That would be cubic centimeter, in volume, of fuel.
Of diesel fuel?
A cubic meter (of anything) contains 1000 liters. Liter is the same as cubic decimeter.
500
1 cubic meter is 1000 Liters 100 cm = 1 meter, 1m x 1m x 1m = 1 cubic meter 100cm x 100cm x 100cm=1,000,000cubic cm = 1 cubic meter 1 cubic cm = 1 ml, 1000ml = 1 Liter (1,000,000 cubic cm) x (ml/cubic cm) x (Liter/1000 ml) = 1000 Liters.
Cubic centimeters is a measure of volume not horsepower.it will depend on compression ratio , type of fuel, and other factors.
it depends on the car
It can mean either 'Cubic Capacity' or 'Cubic Centimetres'- what it refers to is how much fuel in cubic centimetres can be accomodated in all of the car's cylinder combustion chambers.