An LR circuit can be used as a phase shifter. Assume that an input source voltage...

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An LR circuit can be used as a "phase shifter." Assume that an "input" source voltage V = Vo sin(2n ft +0) is connected across a series combination of an inductor L = 58 mH and resistor R. The "output" of this circuit is taken across the resistor. Part A If Va = 33 V and f = 130 Hz , determine the value of R so that the output voltage VR lags the input voltage V by 23°. Express your answer using two significant figures. Templates Symbols undo rego Test keyboard shortcuts Help R= Submit Request Answer Part B Compare (as a ratio) the peak output voltage with V%. Express your answer using two significant figures. Templates Symbols undo rego keyboard shortcuts Help Vautput Submit Request Answer Provide Feedback An LR circuit can be used as a "phase shifter." Assume that an "input" source voltage V = Vo sin(2n ft +0) is connected across a series combination of an inductor L = 58 mH and resistor R. The "output" of this circuit is taken across the resistor. Part A If Va = 33 V and f = 130 Hz , determine the value of R so that the output voltage VR lags the input voltage V by 23°. Express your answer using two significant figures. Templates Symbols undo rego Test keyboard shortcuts Help R= Submit Request Answer Part B Compare (as a ratio) the peak output voltage with V%. Express your answer using two significant figures. Templates Symbols undo rego keyboard shortcuts Help Vautput Submit Request Answer Provide Feedback