Problem 10.033 - Mesh vs. Node Method Determine the value of I in the circuit given below using mesh analysis, where i=8 / 0° A. Please report your answer so the magnitude is positive and all angles are in the range of negative 180 degrees to positive 180 degrees. 20/-90° V i 292 j1Ω # -j2 Q2 21 The value of 1 = A. 492

Please show complete step by step solutions using Superposition theorem.

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Q-6) Find the Norton Equivalent seen from terminal a-b. Then, obtain I by reducing the circuit to its Norton Equivalent seen from terminal a-b (given values in sources are in RMS). a ΣΩ 3/0° A 80-120 20 Ω www 40/90° V well 10 Ω 71592 j42 b Figure 6. Circuit Schema for Problem-6.

(2) Draw the phasor of v₁ (t) in the phasor diagram. Make sure it is fully defined (also list the frequency). v₁(t) 2 s AA 3 V -3 V 2.5 s Im + Re t

Given the following circuit diagram, where the impedances are R1 = 60, R2 = 30, R3 = 40, C = -2j0, and L = 1jQ. What is the equivalent impedance across AB (ZAB, in polar form, accurate to within 1% and 2º)?ROOKOOKOORDO vs(t) ZAB= 2 R2 ww HI +₁₁ im R3 O A ов