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For the following impedance network, determine the magnitude of the equivalent impedance, in Q. Z1 = 3.2j Q Z2 = 7.9 Q Z3 = -8.6j Q %3D |Z2 Z3

For the following impedance network, determine the magnitude of the equivalent impedance, in Q. Z1 = 3.2j Q Z2 = 7.9 Q Z3 = -8.6j Q %3D |Z2 Z3

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could you please answer these 3 questions

 

this is my last question submission and i am prepping for an exam and would like for you to help me solve these please

For the following impedance network, determine the magnitude of the equivalent impedance, in Q. Z1 = 3.2j Q Z2 = 7.9 Q Z3 = -8.6j Q %3D %3D Z1 Z2 23
Transcribed Image Text:For the following impedance network, determine the magnitude of the equivalent impedance, in Q. Z1 = 3.2j Q Z2 = 7.9 Q Z3 = -8.6j Q %3D %3D Z1 Z2 23
11:05 PM Sat Apr 16 26% O T For the following impedance network, determine the magnitude of the equivalent impedance, in Q. Z1 = 3.2j Q Z2 = 7.9 Q Z3 = -8.6j Q %3D %3D Z2 Z3 What is the imaginary portion of the impedance, in 2. of the following circuit element? Vi(t) = 9.9cos(300nt) V i(t) - 9.3cos(300nt - T/2) A 2
Transcribed Image Text:11:05 PM Sat Apr 16 26% O T For the following impedance network, determine the magnitude of the equivalent impedance, in Q. Z1 = 3.2j Q Z2 = 7.9 Q Z3 = -8.6j Q %3D %3D Z2 Z3 What is the imaginary portion of the impedance, in 2. of the following circuit element? Vi(t) = 9.9cos(300nt) V i(t) - 9.3cos(300nt - T/2) A 2
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