Final answer:
Burning 100 ml of isooctane releases 3,310 kJ of heat, which could melt approximately 9.92 kg of ice.
Step-by-step explanation:
To calculate the energy released from burning 100ml of isooctane, we start with the known value that 1.00 L of isooctane produces 33,100 kJ of heat. Since there are 1,000 ml in 1 L, we can use a proportional calculation to find out how much energy is released by 100 ml. The calculation is as follows:
(33,100 kJ of heat / 1,000 ml) x 100 ml = 3,310 kJ of heat
Therefore, burning 100 ml of isooctane releases 3,310 kJ of heat, which is a considerable amount of energy. In terms of everyday objects, this amount of energy could melt approximately 9.92 kg (or about 21.8 lbs) of ice, considering the given reference that 1 L would melt 99.2 kg.