Position-time graph for a particle is shown in figure. Starting from t=0, at what time t, the average velocity is zero?

Question

Position-time graph for a particle is shown in figure. Starting from t=0, at what time t, the average velocity is zero? (A) 1 s (B) 3 s (C) 6 s (D) 7 s

Tardigrade Admin · Accepted Answer

If we look at the graph very carefully at t=0, x=6 m The average velocity will be zero if it comes back to the initial position. It is evident that at t=6 s, x=6 m So, v text av at t=6 s is zero.

Q. Position-time graph for a particle is shown in figure. Starting from $t = 0$ , at what time $t$ , the average velocity is zero?

1 s

3 s

6 s

7 s

If we look at the graph very carefully at $t = 0, x = 6 m$
The average velocity will be zero if it comes back to the initial position.
It is evident that at $t = 6 s, x = 6 m$
So, $v_{av}$ at $t = 6 s$ is zero.

Q. Position-time graph for a particle is shown in figure. Starting from t=0, at what time t, the average velocity is zero?

1 s

3 s

6 s

7 s

If we look at the graph very carefully at t=0,x=6m The average velocity will be zero if it comes back to the initial position. It is evident that at t=6s,x=6m So, vav ​ at t=6s is zero.

Q. Position-time graph for a particle is shown in figure. Starting from $t = 0$ , at what time $t$ , the average velocity is zero?

If we look at the graph very carefully at $t = 0, x = 6 m$
The average velocity will be zero if it comes back to the initial position.
It is evident that at $t = 6 s, x = 6 m$
So, $v_{av}$ at $t = 6 s$ is zero.