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How much work did a student do to move 10 triple beam balances from the countertop to the cabinet? The height of the cabinet was 0.5 meters above the countertop, and each triple beam balance weighed 7 Newtons.

Answer :

Final answer:

To calculate the work done, we use the formula work = force x distance. The total force is the weight of 10 triple beam balances (70 N) and the distance is 0.5 meters. Therefore, the student did 35 Joules of work.

Explanation:

The subject of this question seems to be physics, and it looks like it's dealing with work involved in lifting objects. To calculate the work done, we can use the formula work = force x distance.

In this case, the force is the weight of the triple beam balances (in newtons) which needs to be moved, and the distance is the height to the cabinet (in meters).

Since each triple beam balance weighs 7 Newtons and there are 10 of them, the total force being moved is 70 N.

The distance they are moved is 0.5 meters.

So, the total work done will be 70 N x 0.5 m = 35 Joules.

So, the student did 35 Joules of work to move the 10 triple beam balances from the countertop to the cabinet.

Learn more about work here:

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