The heat of combustion of jet fuel is 44.7 MJ/kg. A Boeing 747 burns 1.50 x 10^5 liters of jet fuel over the course of a 10 hour flight.If the density of jet fuel is 0.790 g/mL,how much heat would be released by the combustion of jet fuel during a 10 hrs?
The heat of combustion of jet fuel is 44.7 MJ/kg. A Boeing 747 burns 1.50 x 10^5 liters of jet fuel over the course of a 10 hour flight.If the density of jet fuel is 0.790 g/mL,how much heat would be released by the combustion of jet fuel during a 10 hrs? In MJ? In kJ? In J?
The heat of combustion of jet fuel is 44.7 MJ/kg. A Boeing 747 burns 1.50 x 10^5 liters of jet fuel over the course of a 10 hour flight.If the density of jet fuel is 0.790 g/mL,how much heat would be released by the combustion of jet fuel during a 10 hrs? In MJ? In kJ? In J?
1 Answer
Apr 21, 2018
See below
Explanation:
I don't have a formula so I will use dimensional analysis: