5-1. In the series RL circuit shown in Fig. P5.1, voltage V leads voltage VR by...

 

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5-1. In the series RL circuit shown in Fig. P5.1, voltage V₁ leads voltage VR by 90° (i.e., if the angle of VR is 0°, the angle of V₁ is 90°). Assume VR: 1 20°V and V₁ = 1 290°V. (a) Write VR and V₁ in rectangular form. (b) Determine V = VR + V₁ in both its rectangular and polar forms. (c) Write the real and imaginary parts of V. R www 00000 VR Figure P5.1 A series RL circuit for problem P5-1. 5-2. Repeat problem P5-1 if VR= 10 Z-45°V and V₁ = 5 245°V. 5-3. Repeat problem P5-1 if VR = 9 2-26.6°V and V₁ = 4.5 263.4°V. Figure 5-5 5-6 5-7 5-1. In the series RL circuit shown in Fig. P5.1, voltage V₁ leads voltage VR by 90° (i.e., if the angle of VR is 0°, the angle of V₁ is 90°). Assume VR: 1 20°V and V₁ = 1 290°V. (a) Write VR and V₁ in rectangular form. (b) Determine V = VR + V₁ in both its rectangular and polar forms. (c) Write the real and imaginary parts of V. R www 00000 VR Figure P5.1 A series RL circuit for problem P5-1. 5-2. Repeat problem P5-1 if VR= 10 Z-45°V and V₁ = 5 245°V. 5-3. Repeat problem P5-1 if VR = 9 2-26.6°V and V₁ = 4.5 263.4°V. Figure 5-5 5-6 5-7

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ANSWER 50 VR 120 Ve V4290 Velt VR 10 V 1 Cant 7 Sim 2 V 1 1 3x0 Vp 130 Vell E E 3 VV 1 0 3x1 031 ... View the full answer