The rms value of a sinusoidal voltage is , where V 0 is the amplitude. What is the rms value of its fully rectified wave? Recall that V rect (t) = $\mid$V(t)$\mid$.

The rms value of a fully rectified wave is equal to the peak value divided by the square root of 2. The peak value of a fully rectified wave is twice the amplitude of the original sine wave, so: peak value = 2 * V 0 = 22eaafba_af0f_fde3_a7a5_f946dff9fd67_TB3976_11 rms value = peak value / sqrt(2) = 11eaafba_af0f_fde8_a7a5_75edd2e1667b_TB3976_11

The rms value of a sinusoidal voltage is , where V 0 is the amplitude. What is the rms value of its fully rectified wave? Recall that V rect (t) = $\mid$V(t)$\mid$.

The rms value of a fully rectified wave is equal to the peak value divided by the square root of 2. The peak value of a fully rectified wave is twice the amplitude of the original sine wave, so: peak value = 2 * V 0 = 22eaafba_af0f_fde3_a7a5_f946dff9fd67_TB3976_11 rms value = peak value / sqrt(2) = 11eaafba_af0f_fde8_a7a5_75edd2e1667b_TB3976_11

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The Rms Value of a Sinusoidal Voltage Is $\mid$ V(t) $\mid$
A)
B)
C)
D)

Question 76

Multiple Choice

The rms value of a sinusoidal voltage is $The rms value of a sinusoidal voltage is , where V0 is the amplitude. What is the rms value of its fully rectified wave? Recall that Vrect(t) = \mid V(t) \mid . A) B) C) D) E)$ , where V₀ is the amplitude. What is the rms value of its fully rectified wave? Recall that V_rect(t) = $\mid$ V(t) $\mid$ . $The rms value of a sinusoidal voltage is , where V0 is the amplitude. What is the rms value of its fully rectified wave? Recall that Vrect(t) = \mid V(t) \mid . A) B) C) D) E)$

A) $The rms value of a sinusoidal voltage is , where V0 is the amplitude. What is the rms value of its fully rectified wave? Recall that Vrect(t) = \mid V(t) \mid . A) B) C) D) E)$
B) $The rms value of a sinusoidal voltage is , where V0 is the amplitude. What is the rms value of its fully rectified wave? Recall that Vrect(t) = \mid V(t) \mid . A) B) C) D) E)$
C) $The rms value of a sinusoidal voltage is , where V0 is the amplitude. What is the rms value of its fully rectified wave? Recall that Vrect(t) = \mid V(t) \mid . A) B) C) D) E)$
D) $The rms value of a sinusoidal voltage is , where V0 is the amplitude. What is the rms value of its fully rectified wave? Recall that Vrect(t) = \mid V(t) \mid . A) B) C) D) E)$
E) $The rms value of a sinusoidal voltage is , where V0 is the amplitude. What is the rms value of its fully rectified wave? Recall that Vrect(t) = \mid V(t) \mid . A) B) C) D) E)$

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The Rms Value of a Sinusoidal Voltage Is ∣\mid∣ V(t) ∣\mid∣ A) B) C) D)

The Rms Value of a Sinusoidal Voltage Is $\mid$ V(t) $\mid$
A)
B)
C)
D)