The equation of an alternating current is \(I=50 \sqrt{2} \sin 400 \pi t\) A, then the frequency....

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The equation of an alternating current is `I = 50 sqrt(2) sin 400 pi t A`, then the frequency and The equation of an alternating current is `I = 50 sqrt(2) sin 400 pi t A`, then the frequency and
The equation of an alternating current is \( I=50 \sqrt{2} \sin 400 \pi t \) A then the frequenc... The equation of an alternating current is \( I=50 \sqrt{2} \sin 400 \pi t \) A then the frequenc...
An alternative curent in amperes us given by `I=50 sin (400 pi t+phi)`. Find the frequency An alternative curent in amperes us given by `I=50 sin (400 pi t+phi)`. Find the frequency
The equation of a.c. in a circuit is `I = 50 sin 100 pi t`. Find (i) frequency of a.c. The equation of a.c. in a circuit is `I = 50 sin 100 pi t`. Find (i) frequency of a.c.
The equation of an alternating current is I=20sin300 pi t .Calculate the frequency and r.m.s va... The equation of an alternating current is I=20sin300 pi t .Calculate the frequency and r.m.s va...
The equation of a.c.in a circuit is `I = 50 sin 100 pi t`. Find (i) frequency of a.c The equation of a.c.in a circuit is `I = 50 sin 100 pi t`. Find (i) frequency of a.c
Alternating Current Q9 Class 12 Nootan Physics Numericals | The equation of an alternating voltage | Alternating Current Q9 Class 12 Nootan Physics Numericals | The equation of an alternating voltage |
An alternating current is represented by the equation i = 100 sin (100 πt). How long will it take An alternating current is represented by the equation i = 100 sin (100 πt). How long will it take