The amount of energy produced by purning 35. L of gasoline was 1,593,900 kJ.
When a gasoline engine burns gasoline, Exothermic (Combustion) type of chemical reaction is occurring.
Combustion is basically an exothermic and redox activity that involves a chemical reaction between gasoline and atmospheric oxygen, producing oxidized gaseous products in the mixture known as smoke. A typical example is the combustion of gasoline in a gasoline engine.
<h3>Solution :</h3>
The density of gasoline is 0.77g/ml.
This means that 1ml of gasoline weighs 0.77g.
1 liter is 1,000 ml. So 46 liters of gasoline is 46 x 1,000 = 46,000 ml.
Because there is 0.77g of gasoline per 1ml. So 46,000 ml is 0.77 x 46,000 = 35,420 grams.
Assuming 1 gram of gasoline produces 45.0 kJ of energy, 35,420 grams produces 45 x 35,420 = 1,593,900 kJ.
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