The RL circuit of the figure is fed from a constant magnitude, variable frequency sinusoidal voltage source Vin. At 100 Hz, the R and L elements each have a voltage drop μRMS. If the frequency of the source is changed to 50 Hz, then new voltage drop across R is

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TuteeHUB · Accepted Answer

$\sqrt {\frac{3}{2}} {{\rm{\mu }}_{RMS}}$

TuteeHUB · Answer

$\sqrt {\frac{5}{8}} {{\rm{\mu }}_{RMS}}\;$

TuteeHUB · Answer

$\sqrt {\frac{2}{3}} {{\rm{\mu }}_{RMS}}$

TuteeHUB · Answer

$\sqrt {\frac{8}{5}} {{\rm{\mu }}_{RMS}}$

1.	The RL circuit of the figure is fed from a constant magnitude, variable frequency sinusoidal voltage source Vin. At 100 Hz, the R and L elements each have a voltage drop μRMS. If the frequency of the source is changed to 50 Hz, then new voltage drop across R is
A.	\(\sqrt {\frac{5}{8}} {{\rm{\mu }}_{RMS}}\;\)
B.	\(\sqrt {\frac{2}{3}} {{\rm{\mu }}_{RMS}}\)
C.	\(\sqrt {\frac{8}{5}} {{\rm{\mu }}_{RMS}}\)
D.	\(\sqrt {\frac{3}{2}} {{\rm{\mu }}_{RMS}}\)
Answer» D. \(\sqrt {\frac{3}{2}} {{\rm{\mu }}_{RMS}}\)

The RL circuit of the figure is fed from a constant magnitude, variable frequency sinusoidal voltage source Vin. At 100 Hz, the R and L elements each have a voltage drop μRMS. If the frequency of the source is changed to 50 Hz, then new voltage drop across R is

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