Final Answer:
The amount of energy (in kilocalories) that a single larva used for cellular respiration over this ten-day period is:
100 kcal
Step-by-step explanation:
Cellular respiration involves the breakdown of organic molecules to release energy. In this case, the larva's energy gained is 100 kcal, and since the question specifies a 10-day period, the daily energy use can be calculated as 100 kcal / 10 days = 10 kcal/day. The larva's energy use for cellular respiration over the ten-day period is 10 kcal/day * 10 days = 100 kcal.
During cellular respiration, energy is gained through the breakdown of organic molecules, and this energy is utilized for various metabolic processes. The larva's energy gained is the total energy available, and over the specified time frame, it averages to 10 kcal/day. Multiplying this daily energy use by the number of days gives the total energy expenditure, which in this case is 100 kcal.
It's essential to consider the context and duration provided in the question, as this information guides the calculation. The daily energy use is a key factor in determining the overall energy expenditure over the specified period, ensuring an accurate calculation of the larva's energy consumption during cellular respiration.