The voltage of an AC source varies with time according to the relation: ` E = 120 sin 100 pi t cos 100 pi t V`. What is the peak voltage of the source?

The voltage of an a.c. source varies with time according to relation E=120 sin 100pitcos100 pi t then

The voltage of an a.c. source varies with time according to relation E=120 sin 100pitcos100 pi t then

The voltage of an A.C source varies with time according to the equation V = 50 sin 100 pi t cos 100 pi t . Where 't' is in and 'V' is in volt. Then

The voltage of A.C source varies with tiem according equation. V = 120 sin 100 pi t cos 100 pi t .Then the frequency of source is

The voltage of an AC source varies with time according to the equation, V=100 sin 100 pi I cos 100 pi t .Where t is in second and V is in volt.Then:

The voltage of an AC source varies with time according to the equation, V=100 sin 100 pi I cos 100 pi t .Where t is in second and V is in volt.Then:

The voltage of an ac source varies with time according to the equation V = 100 sin 100 pit cos 100 pit where t is in seconds and V is in volt. Then

The voltage of an A.C. source varies with time according to the equation V = 100 sin 100pit cos100pit , where t is in second and V is in volt, then .......

The voltage of an ac source varies with time according to the equation V=100sin100 pi tcos100 pi t where t is in seconds and V is in volts.Then