a load of bricks is lifted to the second floor of a building. how do work and power relate to this job?\nthe…

a load of bricks is lifted to the second floor of a building. how do work and power relate to this job?\nthe longer the job takes, the more work is done.\nthe faster the job is done, the greater the power.\nthe greater the power applied, the more work is done.\nthe less work is done, the more power is needed.

a load of bricks is lifted to the second floor of a building. how do work and power relate to this job?\nthe longer the job takes, the more work is done.\nthe faster the job is done, the greater the power.\nthe greater the power applied, the more work is done.\nthe less work is done, the more power is needed.

Answer

Brief Explanations:

Work is the product of force and displacement (lifting bricks to second - floor involves work against gravity). Power is the rate of doing work, $P=\frac{W}{t}$, where $P$ is power, $W$ is work, and $t$ is time. Faster work (less time $t$ for the same work $W$) means greater power.

Answer:

The faster the job is done, the greater the power.