The equation of a.c. in a circuit is `I = 50 sin 100 pi t`. Find
(i) frequency of a.c.
(ii) mean value of a.c. over positive half cycle
(iii) rms value of current and (iv) value of current `1//600s` after it was zero.

The equation of a.c. in a circuit is I=50 sin 100 pi t . Find (i) frequency of a.c., (ii) mean value of a.c. over positive half cycle, (iii) rms value of current and (iv) the value of current 1//300 second after it was zero.

The equation of a.c.in a circuit is I = 50 sin 100 pi t . Find (i) frequency of a.c. (ii) mean value of a.c over positive half cycle (iii) value of current (1)/(300) s after it was zero.

The equation of an a.c. current I = 50 sin 100 pi t .Find Frequency.

The equation of A.C. is I = 40 sin 400 pit . Find its frequency and rms value of current.

The equation of an a.c. current I = 50 sin 100 pi t .Find effective value of current.

The equation of alternating current for a circuit is given by I = 50 cos 100 pit find frequency of a.c. applied

The equation of alternating of alternating current for a cuicuit is given by I = 50 cos 100 pi t . Calculate (i) frequency of a.c. applied, (ii) virtual value of current, (iii) value of current 1//600 s after it was maximum

The equation of an a.c. current I = 50 sin 100 pi t .Find the current 1/300 sec after being zero.