A second's pendulum is taken in a carriage. Find the period of oscillation when the carriage move s with an acceleration of `4 ms^(-2)` (i) vertically upwards (ii) vertically downwards, and (iii) in a horizontal direction.

A second pendulum is takin in a carriage. Find the period of oscillation when the carriage moves with an acceleration of 4*2ms^(-2) (i) vertically upwards (ii) vertically downwards and (ii) in a horizontal direction.

A second's pendulum is taken to a lift. Calculate the time period of oscillation of pendulum if the (a) lift it moving upwards with a = 4 m//s^(2) and (b) downwards with a = 3 m//s^(2)

A simple pendulum is oscillating with an angular amplitude of 90^(@) as shown in the figure. The value of theta for which the resulting acceleration of the bob is directed (i) vertically downward, (ii) vertically upward and (iii) horizontally is

A seconds pendulum is suspended from the ceiling of a trolley moving horizontally with an acceleration of 4 m//s^(2) . Its period of oscillation is

A seconds pendulum is suspended from the ceiling of a trolley moving horizontally with an acceleration of 4 m//s^(2) . Its period of oscillation is

Find the time period of a simple pendulum in a carriage accelerating downwards

Find the time period of a simple pendulum in a carriage accelerating horizontal with an acceleration a.