QUESTION 1: RLC ANALYSIS For the network shown in Figure RT8.1, Using your RLC Circuit Analysis Techniques, answer the q
Posted: Wed Apr 27, 2022 6:03 pm
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QUESTION 1: RLC ANALYSIS For the network shown in Figure RT8.1, Using your RLC Circuit Analysis Techniques, answer the questions below: 2 11 8.22 - 10.2 361 17020° V B 5.2 -13.12 Questions to be addressed: (a) the equivalent impedance of the parallel Branches [2] (b) the total circuit equivalent impedance [2] (c) current I [2] (d) the circuit phase angle, state whether leading or lagging [2] (e) currents li and 12 [2] (f) the voltage across points A and B [2] (g) the voltage across points B and C [2] (h) the active power developed in the inductive Branch [2] (i) the active power developed across the-j10 Capacitor [2] (i) the active power developed between points B and C [2] (k) the total active power developed in the network [2] (1) the total apparent power developed in the Network [2] (m) the total reactive power developed in the network. [2]
this is the second time I am posting this question. write properly so that it can be seen.
thanks
QUESTION 1: RLC ANALYSIS For the network shown in Figure RT8.1, Using your RLC Circuit Analysis Techniques, answer the questions below: 2 11 8.22 - 10.2 361 17020° V B 5.2 -13.12 Questions to be addressed: (a) the equivalent impedance of the parallel Branches [2] (b) the total circuit equivalent impedance [2] (c) current I [2] (d) the circuit phase angle, state whether leading or lagging [2] (e) currents li and 12 [2] (f) the voltage across points A and B [2] (g) the voltage across points B and C [2] (h) the active power developed in the inductive Branch [2] (i) the active power developed across the-j10 Capacitor [2] (i) the active power developed between points B and C [2] (k) the total active power developed in the network [2] (1) the total apparent power developed in the Network [2] (m) the total reactive power developed in the network. [2]