The time period of a seconds pendulum is measured repeately for the times by two stop watches. `A,B` if the readings are as follows, then
`{:(S.NO,A,B),(1.,20.1 sec,2.56 sec),(2., 2.10sec,2.55 sec),(3.,1.98 sec,2.57sec):}`

The time period of a seconds pendululm is measured repeatedly for three times by two stop watches A, B . If the readings are as follows {:("S.NO.", A, B)(1, 2.01 "sec", 2.56 "sec"),(2, 2.10 "sec", 2.55 "sec"),(3, 1.98 "sec", 2.57 "sec"):}

The time period of a seconds pendululm is measured repeatedly for three times by two stop watches A, B . If the readings are as follows {:("S.NO.", A, B)(1, 2.01 "sec", 2.56 "sec"),(2, 2.10 "sec", 2.55 "sec"), (3, 1.98 "sec", 2.57 "sec"):}

Statement-1: Time period of a second pendulum is 1 sec. Statement-2 : Time taken to complete half of oscillation is precisely 1 sec.

We measure the period of oscillation of a simple pendulum. In successive measurements, the readings turn out to the 2.63 sec, 2.56 sec, 2.42 se, 2.71 sec, 2.80 sec

We measure the period of oscillation of a simple pendulum. In successive measurements, the readings turn out to the 2.63 sec, 2.56 sec, 2.42 se, 2.71 sec, 2.80 sec

The time period of an oscillator is 8 sec. the phase difference from t = 2 sec to l = 4 sec will be :-

The time period of an oscillator is 8 sec. the phase difference from t = 2 sec to l = 4 sec will be :-