An alternating voltage given by V=140sin314t is connected across a pure resistor of `50Omega`. Find the frequency of the source

An alternating voltage given by e=140 sin 3142t is connected across a pure resistor of 50Omega .Find:- the frequency of the source

An alternating voltage given by V =140 sin 314 t is connected across a pure resistor of 50 Omega find : (i) the frequency of the source. (ii) The rms current through the resistor.

An alternating voltage given by V = 140 sin 314 t is connected across a pure resistor of 50 ohm. Find (i) the frequency of the source. (ii) the rms current thought the resistor.

An alternating voltage given by V = 140 sin 314 t is connected across a pure resistor of 50 ohm. Find (i) the frequency of the source. (ii) the rms current thought the resistor.

An alternating voltage given by E = 280 sin 50 pit is connected across pure resistor of 40 Omega . Find frequency of the source.

An alternating voltage given by V = 240 sin 314 t is connected across a pure resistor of 100 ohm. Find (a) the frequency of the source. (b) the rms current through the resistor.

An alternating voltage given by V=70 sin 100 pi t is connected across a pure resistor of 25 Omega. Find (i) the frequency of the source. (ii) the rms current through the resistor.

An alternating voltage given by V=70 sin 100 pi t is connected across a pure resistor of 25 Omega. Find (i) the frequency of the source. (ii) the rms current through the resistor.