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Calculate: A) The equivalent Impedance (Z) seen by the source. B) Draw the impedance diagram. C) From part B what is the phase angle between the total current (I) and the total voltage (V1). Is it lagging or leading. D) The total Current (I). Part 2: If the circuit that is shown in Figure 4 is modified as shown in Figure 5: -> L1 680MH V1. 4:7µF R1 120 Vrms $4700 60 Hz 0° C2 : 1.5μ Figure 5 RLC Circuit Calculate: A) The total Impedance (Z) B) The phase angle. C) The total current I.

Calculate: A) The equivalent Impedance (Z) seen by the source. B) Draw the impedance diagram. C) From part B what is the phase angle between the total current (I) and the total voltage (V1). Is it lagging or leading. D) The total Current (I). Part 2: If the circuit that is shown in Figure 4 is modified as shown in Figure 5: -> L1 680MH V1. 4:7µF R1 120 Vrms $4700 60 Hz 0° C2 : 1.5μ Figure 5 RLC Circuit Calculate: A) The total Impedance (Z) B) The phase angle. C) The total current I.

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Task VI: Part 1: For the series RC circuit shown in Figure 4, answer the following questions and show your steps in details: V1 4.7µF R1 120 Vrms 60 Hz 4702 0° Figure 4 Series RC Circuit auiöill ola Al Hussein Technical University Calculate: A) The equivalent Impedance (Z) seen by the source. B) Draw the impedance diagram. C) From part B what is the phase angle between the total current (I) and the total voltage (V1). Is it lagging or leading. D) The total Current (I). Part 2: If the circuit that is shown in Figure 4 is modified as shown in Figure 5: č1 V.1. 4:7µF 680mH R1 120 Vrms 60 Hz $4700 C2 0° :1.5pF Figure 5 RLC Circuit Calculate: A) The total Impedance (Z) B) The phase angle. C) The total current I. D) The voltage dropped across C, using two methods. Compare between the two values. E) The voltage dropped across R1. F) Verify KVL on around the closed loop 1. G) What is your grandfather name.
Transcribed Image Text:Task VI: Part 1: For the series RC circuit shown in Figure 4, answer the following questions and show your steps in details: V1 4.7µF R1 120 Vrms 60 Hz 4702 0° Figure 4 Series RC Circuit auiöill ola Al Hussein Technical University Calculate: A) The equivalent Impedance (Z) seen by the source. B) Draw the impedance diagram. C) From part B what is the phase angle between the total current (I) and the total voltage (V1). Is it lagging or leading. D) The total Current (I). Part 2: If the circuit that is shown in Figure 4 is modified as shown in Figure 5: č1 V.1. 4:7µF 680mH R1 120 Vrms 60 Hz $4700 C2 0° :1.5pF Figure 5 RLC Circuit Calculate: A) The total Impedance (Z) B) The phase angle. C) The total current I. D) The voltage dropped across C, using two methods. Compare between the two values. E) The voltage dropped across R1. F) Verify KVL on around the closed loop 1. G) What is your grandfather name.
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