Q.15: The voltage (er=100+80sin(@t+ 30°)+60sin (3@t+20°)+50sin(5ot+45°)) Volt. is given as Fourier series applied for the circuit shown: 1. Write the equation of (ir). 2. Find the r.m.s values of (e)...

Q.15: The voltage (er=100+80sin(@t+ 30°)+60sin<br>(3@t+20°)+50sin(5ot+45°)) Volt. is given as<br>Fourier series applied for the circuit shown:<br>1. Write the equation of (ir).<br>2. Find the r.m.s values of (e) & (ir)?<br>3. Compute the active power supplied to the circuit.<br>(Ans.: ee=127.5V, iret=22.38A & Padive=2505W)<br>IT<br>:-1270 32<br>

Extracted text: Q.15: The voltage (er=100+80sin(@t+ 30°)+60sin (3@t+20°)+50sin(5ot+45°)) Volt. is given as Fourier series applied for the circuit shown: 1. Write the equation of (ir). 2. Find the r.m.s values of (e) & (ir)? 3. Compute the active power supplied to the circuit. (Ans.: ee=127.5V, iret=22.38A & Padive=2505W) IT :-1270 32

Jun 11, 2022

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Q.15: The voltage (er=100+80sin(@t+ 30°)+60sin (3@t+20°)+50sin(5ot+45°)) Volt. is given as Fourier series applied for the circuit shown: 1. Write the equation of (ir). 2. Find the r.m.s values of (e)...

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