if voltage v = 100sin(314t + 0) is applied across a resistance Rl series circuit. A current of 10sin(314t - π/6) flows through the circuit. calculate RMS, peak value of sinusoidal voltage. Also find the value of resistance and inductance, power factor.
Answers
Explanation:
Answer is attached here with....
Answer:
V = 100sin(314t),
R=10Ω
Comparing with
V = E 0 sinωt = E0sin 2 π v t
E 0 =200 V,
E v=E 0 2–
=√2001.414
=141.44V
Iv = E v R
=1.41410
=14.414 A
P = E v I v
=141.144 × 14.414
=2000.5V
Explanation:
The movement of this single cable conductor thru the magnetic flux induces a "EMF" (Electro-Motive Force) inside the conductor if it is moved or within a static magnetic field.
As Michael Faraday identified the effect of "Electromagnetic Induction," we can see from this that there is a relationship between electricity and magnetism. It is this fundamental principle that electrical equipment and generators use to produce a Sinusoidal Wave for our mains supply.
turning coil:
In the tutorial on electromagnetic induction, we stated that an EMF is induced in a single wire conductor when it passes through a persistent magnetic field, cutting its lines of flux.
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