time and force. if impact is constant, how does the time of impact affect the force of impact?

Explanation:

Step1: Recall impulse - force relation

Impulse (J = F\times t), where (J) is impulse, (F) is force and (t) is time. When impact (impulse (J)) is constant.

Step2: Analyze the relationship

We can rewrite the formula as (F=\frac{J}{t}). So, when (J) is constant, (F) and (t) are inversely - proportional.

Answer:

When the impact (impulse) is constant, the force of impact is inversely proportional to the time of impact. That is, as the time of impact increases, the force of impact decreases, and as the time of impact decreases, the force of impact increases.