How much energy is applied to one kilogram over one minute resulting in what absorbed power?

To determine the absorbed power when a specific amount of energy is applied to a mass over a certain time, we can use the formula for power, which is defined as the energy transferred per unit time.

The absorbed power can be calculated using the following relationship:

Power (P) = Energy (E) / Time (T)

In this scenario, if we have 1 kilogram of mass and a certain amount of energy applied to it over a period of one minute (which is 60 seconds), we can assess how much energy, if any specific value were provided, results in a particular power output.

The choice of 0.03 W/kg is appropriate if it correlates with a specific amount of energy applied (1.8 J for example) over the one minute time frame. In general terms, if an energy value of roughly 1.8 joules is evenly distributed over the time frame, the calculation becomes:

Power = 1.8 J / 60 s = 0.03 W.

This indicates that when energy is applied in this manner to 1 kg of mass over the selected time period, it yields an absorbed power of 0.03 W/kg. Thus, this option accurately reflects the relationship between the energy applied