Question
Download Solution PDFWhat will be the phase difference between the alternating current and the voltage represented by the following
equation I = I0 sin (ωt) and E = E0 cos (ωt + π/3).
Answer (Detailed Solution Below)
Detailed Solution
Download Solution PDFCalculation:
Given,
I = I0 sin (ωt) and E = E0 cos (ωt + π/3)
The current can be written as
I = I0 sin (π/2 + ωt - π/2)
= I0 sin (π/2 + (ωt - π/2)) -----(1)
We know that sin( π/2 + x) = Cos (x).-----(2)
From "1" and "2", we can write current "I" as,
I = I0 cos (ωt - π/2).
The phase difference E and I will be equals to
= π/3 - (-π/2)
= 5π/6
Last updated on Jun 16, 2025
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