Table -1 gives some graph for a particle moves along `x`-axis in positive `x`-direction. The variables `v,x` and `t` represent speed of particle, `x`-coordinate of particle and time respectively. Table -2 gives certain resulting interpretation. Match the graph in Table -1 with the statements in Table -2.

Each situation in Table-1 gives graph of a particle moving in circular path. The variables omega, theta and t represent angular speed (at any time t), angular displacement (in time t) and time respectively. Table-2 gives certain resulting interpretation. Match the graphs in Table-1 with statements in Table-2. 0

Position-time graph for a particle moving along x- direction is as shown in the figure. Average speed of the particle from t = 0 to t = 4 is :

Position-time graph for a particle moving along x- direction is as shown in the figure. Average speed of the particle from t = 0 to t = 4 is :

Figures shows the displacement-time graph of a particle moving along x-axis.

A particle moves along x -axis in positive direction. Its acceleration 'a' is given as a=cx+d , where x denotes the x - coordinate of particle, c and d are positive constants. For velocity position graph of particle to be of type as shown in figure, the value of speed of particle at x=0 should be

A particle moves along x -axis in positive direction. Its acceleration 'a' is given as a=cx+d , where x denotes the x - coordinate of particle, c and d are positive constants. For velocity position graph of particle to be of type as shown in figure, the value of speed of particle at x=0 should be

For a particle moving along x- axis, speed must be increasing for the following graph :

For a particle moving along x- axis, speed must be increasing for the following graph :

For a particle moving along x- axis, speed must be increasing for the following graph :