In an experiment of simple pendulum, time period measured was `50s` for `25` vibrations when the length of the simple pendulum was taken to be `100cm`. If the lest count of stop watch is `0.1s` and that of metre scale is `0.1 cm`, calculate the maximum possible percentage error in the measurement of value of `g`.

In an experiment of simple pendulum , the time period measured was 50 s for 25 vibrations when the length of the simple pendulum was taken 100 cm . If the least count of stop watch is 0.1 s and that of meter scale is 0.1 cm . Calculate the maximum possible error in the measurement of value of g . If the actual value of g at the place of experiment is 9.7720 m s^(-2) , Calculate the percentage error.

In an experiment of simple pendulum , the time period measured was 50 s for 25 vibrations when the length of the simple pendulum was taken 100 cm . If the least count of stop watch is 0.1 s and that of meter scale is 0.1 cm . Calculate the maximum possible error in the measurement of value of g . If the actual value of g at the place of experiment is 9.7720 m s^(-2) , Calculate the percentage error.

The least count of stop watch is 0.5s. The time of 40 oscillation of the pendulum is found to be 40s. The percentage error in the measurement of time period is ……………… %

The least count of a stop watch is (1//5)s . The time 20 oscillations of a pendulum is measured to be 25 s . The maximum percentage error in this measurement is

The least count of a stop watch is (1//5)s . The time 20 oscillations of a pendulum is measured to be 25 s . The maximum percentage error in this measurement is

The least count of a stop watch is 1/5 sec. The time of 20 oscillations of a pendulum is measured to be 25 sec. The maximum percentage error in this measurement is

The least count of a stop watch is 0.2 s, The time of 20 oscillations of a pendulum is measured to be 25s. The percentage error in the time period is