Draw a graph (not to the scale) representing the variation of square of time period (`T^2`) with the length (l) of a pendulum.

The graph between time period ( T ) and length ( l ) of a simple pendulum is

Which of the following graph represents the variation of resistivity ( rho ) with temperature (T) for copper?

In a simple pendulum the period of oscillation (T) is related to the length of the pendulum (L) as

State how does the time period of a simple pendulum depend on length of pendulum.

Compare the time periods of two pendulums of length 1 m and 9 m.

Two pendulums with identical bobs and lengths are suspended from a common support such that in rest position, the two bobs are in constact, . One of the bobs is released after being displaced by 10^(@) so that it collides elastically head - on with the other bob. (a) Describe the motion of two bobs. (b) Draw a graph showing variation in energy of either pendulum with time,for 0letle2T , where T is the period of each pendulum.

The graph between the length and square of the period of a simple pendulum is a

A pendulum has time period T in air when it is made to oscillate in water it acquired a time period T = sqrt(2)T The density of the pendulum bob is equal to (density) of water = 1)

A pendulum has time period T in air when it is made to oscillate in water it acquired a time period T = sqrt(2)T The density of the pendulum bob is equal to (density) of water = 1)

If the length of a simple pendulum is equal to the radius of the earth, its time period will be