Physics Power: Solving a problem, Part 2

The video tutorial covers the calculation of work done in moving a car and the subsequent determination of average and instantaneous power. Initially, it discusses the challenges in identifying necessary parameters for work calculation. It then explains how to compute average power using work and time, converting the result into horsepower. Finally, it delves into calculating instantaneous power at a specific time using force and velocity, highlighting the difference between average and instantaneous power.

What parameters are needed to calculate work done in a physics problem?

What was the instantaneous power delivered by the engine at t = 2 seconds?

Explain the difference between average power and instantaneous power.