A student performs an experiment for determination of ` g [ = ( 4 pi^(2) L)/(T^(2)) ] , L ~~ 1m` , and he commits an error of `Delta L`. For `T` he takes the time of `n` oscillations with the stop watch of least count ` Delta T` . For which of the following data , the measurement of `g` will be most accurate ?

As student performs an experiment for determine of g[=(4pi^(2)L)/(T^(2))]. L approx 1m , and has commits an error of Delta L for T he tajes the teime of n osciollations wityh the stop watch of least count Delta T . For which of the following data the measurement of g will be most accurate?

As student performs an experiment for determine of g[=(4pi^(2)L)/(T^(2))]. L approx 1m , and has commits an error of Delta L for T he tajes the teime of n osciollations wityh the stop watch of least count Delta T . For which of the following data the measurement of g will be most accurate?

A student performs an experiment for determination of g = (4pi^(2)l)/(T^(2)) l ~~ 1m and the commits an error of ''Deltal' For T he takes the time of n osciilations with the stop watch of least count Deltat For which of the following data the measurement of g will be most accurate ? (a) DeltaL = 0.5 DeltaL = 0.1, n = 20 (B) DeltaL = 0.5 Deltat = 0.1, n = 50 (C) DeltaL = 0.5, Deltat = 0.02 n =20 (D) DeltaL = 0.1 Deltat = 0.05 n =50 .

A student performs an experiment for determination of g = (4pi^(2)l)/(T^(2)) l ~~ 1m and the commits an error of ''Deltal' For T he takes the time of n osciilations with the stop watch of least count Deltat For which of the following data the measurement of g will be most accurate ? (a) DeltaL = 0.5 DeltaL = 0.1, n = 20 (B) DeltaL = 0.5 Deltat = 0.1, n = 50 (C) DeltaL = 0.5, Deltat = 0.02 n =20 (D) DeltaL = 0.1 Deltat = 0.05 n =50 .

A student performs an experiment for determination of g = (4pi^(2) l)/(T^2) and he commits an error of Delta l . For that he takes the time of n oscillations with the stop watch of least count Delta T and the commits a human error of 0.1 sec. For which of he following data, the measurement of g will be most accurate?