A particle is projected from ground as shown. It is at point A at time $t_1$, at point B at time $t_2$, at point C at time $t_3$ & at time $t_4$ it is at D then

Q.
A particle is projected from ground as shown. It is at point A at time $t_1$, at point B at time $t_2$, at point C at time $t_3$ & at time $t_4$ it is at D then

Q. A particle is projected with speed $u$ at angle $\theta$ with horizontal from ground. If it is at same height from ground at time $t_1$ and $t_2$, then its average velocity in time interval $t_1$ to $t_2$ is

Q. A particle is executing $SHM$ between points $-X_m$ and $+X_m$ as shown in the figure$-I$. The velocity $v\left(t\right)$ of the particle is partially graphed and shown in the figure$-II$. Two points $A$ and $B$ corresponding to time $t_1$ and time $t_2$ respectively are marked on the $v\left(t\right)$ curve

Q. A particle is executing SHM between points $-x_m$ and $x_m$, as shown in figure – I. The velocity v(t) of the particle is shown in figure – II. Two points A and B corresponding to time $t_1$ and time $t_2$ respectively are marked on the v(t) curve. Identify the wrong statement.

Q. A body is projected up with velocity $u$. It reaches the same point in its path at $t_1$ and $t_2$ from the time of projection. Then $t_1+t_2$ is: