Assuming all the surfaces to be smoth, if the time period of motion of the ball is `N xx 10^(-1) sec ` then find `N`. Neglect the small effect of bend near the bottom. `(g = 10m//s^(2))`

Find the time period of the motion of the particle shown in figure. Neglected small effect of the bend near the bottom.

Find the time period of the motion of the particle shown in figure. Neglected small effect of the bend near the bottom.

Find the time period of the motion of the particle shown in figure. Neglected small effect of the bend near the bottom.

A rubber ball of mass 10 gram and volume 15 cm^3 is dipped in water to a depth of 10m. Assuming density of water uniform throughtout the depth, find (a) the ac celeration of the ball, and (b) the time taken by it to reach the surface if it is relased from rest. (Take g =980 cm//s^2)

A rubber ball of mass 10 gram and volume 15 cm^3 is dipped in water to a depth of 10m. Assuming density of water uniform throughtout the depth, find (a) the ac celeration of the ball, and (b) the time taken by it to reach the surface if it is relased from rest. (Take g =980 cm//s^2)

Assuming the radius of the earth to be 6.5 xx 10^(6) m. What is the time period T and speed of satellite for equatorial orbit at 1.4 xx 10^(3) km above the surface of the earth.

A pendulum suspended from the ceiling of the train has a time period of two seconds when the train is at rest, then the time period of the pendulum, if the train accelerates 10 m//s^(2) will be (g=10m//s^(2))

A pendulum suspended from the ceiling of the train has a time period of two seconds when the train is at rest, then the time period of the pendulum, if the train accelerates 10 m//s^(2) will be (g=10m//s^(2))