In an experiment he readings for the time period of a simple pendulum are 2.63 s, 2.56 s, 2.42 s, 2.71s and 2.80 s. Calculate the relative error and the percentage error.

We measure the period of a simple pendulum. Reading turn out 2.63s, 2.56s, 2.42s, 2.71s. and 2.80s. Calculate absolute error, relative error and percentage of error

In s series of successive measurements in an experiment, the readings of the period of oscillation of a simple pendulum were found to be 2.63s,2.56s,2.42s,2.71s" and "2.80s . Calculate The percentage error. Express the results in proper form.

In s series of successive measurements in an experiment, the readings of the period of oscillation of a simple pendulum were found to be 2.63s,2.56s,2.42s,2.71s" and "2.80s . Calculate The relative error.

In s series of successive measurements in an experiment, the readings of the period of oscillation of a simple pendulum were found to be 2.63s,2.56s,2.42s,2.71s" and "2.80s . Calculate The mean absolute error in each measurement.

In s series of successive measurements in an experiment, the readings of the period of oscillation of a simple pendulum were found to be 2.63s,2.56s,2.42s,2.71s" and "2.80s . Calculate The mean absolute error.

In a series of successive measurements in an experiment, the readings of the period of oscillation of a simple pendulum were found to be 2.63s, 2.56s, 2.42, 2.71s and 2.80 s . Calculate (i) the mean value of the period of oscillation (ii) the absolute error in eah measurement (iii) The men absolute error (iv) the relative error (v) the percentage error. Expresss the results in proper form.