362284 A particle moves along a straight line \(OX\).At a time \(t\) (in seconds) the distance \(x\) (in metres) of the particle from \(O\) is given by \(x=20+14 t-t^{3}\). How long would the particle travel before coming to rest:

362285 Acceleration time graph is given below. If the body started from zero velocity find out the final velocity after 3 seconds of motion in a straight line.

362286 The displacement-time graph for two particles \(A\) and \(B\) are straight lines inclined at angles of \(30^\circ \) and \(60^\circ \) with the time axis. The ratio of vilocities of \({v_A}:{v_B}\) is

362287 A particle moves a straight line \(OX\). At a time \(t\) (in seconds) the distance (in metres) of the particle from \(O\) is given by \(x = 40 + 12t - {t^3}.\) How long would the particle travel before coming to rest?

362288 The position \({(x)}\) and time \({(t)}\) of a particle in one-dimensional motion vary, as shown in the following figure. How many times the particle changes its direction?

362284 A particle moves along a straight line \(OX\).At a time \(t\) (in seconds) the distance \(x\) (in metres) of the particle from \(O\) is given by \(x=20+14 t-t^{3}\). How long would the particle travel before coming to rest:

362285 Acceleration time graph is given below. If the body started from zero velocity find out the final velocity after 3 seconds of motion in a straight line.

362286 The displacement-time graph for two particles \(A\) and \(B\) are straight lines inclined at angles of \(30^\circ \) and \(60^\circ \) with the time axis. The ratio of vilocities of \({v_A}:{v_B}\) is

362287 A particle moves a straight line \(OX\). At a time \(t\) (in seconds) the distance (in metres) of the particle from \(O\) is given by \(x = 40 + 12t - {t^3}.\) How long would the particle travel before coming to rest?

362288 The position \({(x)}\) and time \({(t)}\) of a particle in one-dimensional motion vary, as shown in the following figure. How many times the particle changes its direction?

362284 A particle moves along a straight line \(OX\).At a time \(t\) (in seconds) the distance \(x\) (in metres) of the particle from \(O\) is given by \(x=20+14 t-t^{3}\). How long would the particle travel before coming to rest:

362285 Acceleration time graph is given below. If the body started from zero velocity find out the final velocity after 3 seconds of motion in a straight line.

362286 The displacement-time graph for two particles \(A\) and \(B\) are straight lines inclined at angles of \(30^\circ \) and \(60^\circ \) with the time axis. The ratio of vilocities of \({v_A}:{v_B}\) is

362287 A particle moves a straight line \(OX\). At a time \(t\) (in seconds) the distance (in metres) of the particle from \(O\) is given by \(x = 40 + 12t - {t^3}.\) How long would the particle travel before coming to rest?

362288 The position \({(x)}\) and time \({(t)}\) of a particle in one-dimensional motion vary, as shown in the following figure. How many times the particle changes its direction?

362284 A particle moves along a straight line \(OX\).At a time \(t\) (in seconds) the distance \(x\) (in metres) of the particle from \(O\) is given by \(x=20+14 t-t^{3}\). How long would the particle travel before coming to rest:

362285 Acceleration time graph is given below. If the body started from zero velocity find out the final velocity after 3 seconds of motion in a straight line.

362286 The displacement-time graph for two particles \(A\) and \(B\) are straight lines inclined at angles of \(30^\circ \) and \(60^\circ \) with the time axis. The ratio of vilocities of \({v_A}:{v_B}\) is

362287 A particle moves a straight line \(OX\). At a time \(t\) (in seconds) the distance (in metres) of the particle from \(O\) is given by \(x = 40 + 12t - {t^3}.\) How long would the particle travel before coming to rest?

362288 The position \({(x)}\) and time \({(t)}\) of a particle in one-dimensional motion vary, as shown in the following figure. How many times the particle changes its direction?

362284 A particle moves along a straight line \(OX\).At a time \(t\) (in seconds) the distance \(x\) (in metres) of the particle from \(O\) is given by \(x=20+14 t-t^{3}\). How long would the particle travel before coming to rest:

362285 Acceleration time graph is given below. If the body started from zero velocity find out the final velocity after 3 seconds of motion in a straight line.

362286 The displacement-time graph for two particles \(A\) and \(B\) are straight lines inclined at angles of \(30^\circ \) and \(60^\circ \) with the time axis. The ratio of vilocities of \({v_A}:{v_B}\) is

362287 A particle moves a straight line \(OX\). At a time \(t\) (in seconds) the distance (in metres) of the particle from \(O\) is given by \(x = 40 + 12t - {t^3}.\) How long would the particle travel before coming to rest?

362288 The position \({(x)}\) and time \({(t)}\) of a particle in one-dimensional motion vary, as shown in the following figure. How many times the particle changes its direction?