Two alternating currents are given by i 1- i 0 sin- t and i 2- i 0 sin- t - 3Will the rms values of the currents be equal or different-

The rms value of current is given by, irms=i02 Since peak value of current i0 is same for both currents, their rms values will be same. ...

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Two alternati...

Question

Two alternating currents are given by
$i_{1} = i_{0} \sin ω t and i_{2} = i_{0} \sin (ω t + \frac{π}{3})$
Will the rms values of the currents be equal or different?

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Similar questions

I = I_{0} cos ω t + I_{0} sin ω t

i = i_{1} cos ω t + i_{2} sin ω t

(A)

I^{2}

(R)

(I = I_{0} sin ω t) and I_{rms} = \frac{I_{0}}{\sqrt{2}}

A C

E = E_{0} sin ω t

I_{0} sin (ω t + \frac{π}{2})

I_{1} = 3 sin ω t

I_{2} = 4 sin (π / 2 - ω t)

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