Understanding the Concepts

* Force (F): The push or pull on an object, measured in Newtons (N).

* Distance (d): The length over which the force is applied, measured in meters (m).

* Time (t): The duration of the force application, measured in seconds (s).

* Work (W): The energy transferred by the force, calculated as Force x Distance (W = F x d).

* Power (P): The rate at which work is done, calculated as Work / Time (P = W / t).

Calculation

1. Work: You're given a force of 1 N and a distance of m. Therefore, the work done is:

W = F x d = 1 N x m = m Joules (J)

2. Power: You need the time (t) to calculate power. Let's assume the force is applied over a time of t seconds. Then, the power is:

P = W / t = (m J) / (t s) = (m/t) Watts (W)

Conclusion

The power required to exert a 1 N force over a distance of m in t seconds is (m/t) Watts. You need to know the time (t) to get a numerical value for the power.