10.37 Use mesh analysis to find currents I₁, I2, and I3 in the circuit of Fig. 10.82. ML 120-90° V 120 -30° V Figure 10.82 For Prob. 10.37. N N Z=80-135

Determine the Thevenin equivalent of the circuit in Fig. 10.27 as seen from the terminals Answer: ZTh - 4.473l 7.64 , VTh - 29.4l72.9 V. a-b. Practice Problem 10.9

for the network below, the circuit is nulled at 72°F. Let RT has sensitivity of +250/º 12V 15 Ω 1- Find the resistor value R 2- Find the voltage Van if the temperature is 80 °F Va Rc 715Ω + www RT

Use phasors and nodal analysis on the circuit of Fig. 10.65 to find V2. j3N ele 5/90 A ( 10/0 A

The solution needed to be printed, not handwritten

10% 2:50 E April 13, 2021 7:15 PM Electronic Circuits. Tenth Editon ALWAYS LEARNING s W. Nilsson | Susan A. Riadel Copyright C2015 by Pearson Hgher Education. PEARSON All rights reserved. TABLE 9.2 Admittance and Susceptance Values Circuit Element Admittance (Y) Susceptance Resistor G (conductance) Inductor j(-1/wL) -1/oL Сараcitor jaC ALWAYS LEARNING lectronic Circuits, Tenh Editon James w. Nilsson | Susan A. Riedel Copyright C2015 by Pearson Hgher Education. PEARSON All rights reserved. Еxample 9.7 • The sinusoidal current source in the circuit shown in Fig. 9.18 produces the current i, = 8 cos 200,000t A. a) Construct the frequency-domain equivalent circuit. b) Find the steady-state expressions for v, i, iz, and iz. iz 6Ωξ 1) o 100 1 μF 40 µH Figure 9.18 The circuit for Example 9.7. Capyright e2015 by Pearson Higher Education. PEARSON Electronic Circults, Tenth Edition ALWAYS LEARNING ames W. Nilsson | Susan A. Riedel All rights reserved. Example 9.7 Solution Share Favorite Edit…

Draw the state diagram of the circuit.

Q3. Find the average power dissipation for the circuit shown below. where ẞ= 50 if needed n+ 1 VIN n-0 RBS m² 10KOHM n+ VCCDC 5V 10 RC 1KOHM RCP 1000HM 6 8 RBP 6 6 www 10KOHM 5 5 QP 4 2 QS 0 40 VOUT 1 RBO3 www 3 10KOHM 0

10:45 1 .III 5G Done Series Parallel Practice Problems 1 of 7 Series/Parallel Circuits Practice Problems For each circuit provided, fully solve and complete the associated table. 1. 12 GOV RS 2000 R4 3000 R3 350 R(Q) V(v) I(A) P(W) 22222 300 300 35 15 200 Total R(Q) V(v) I(A) P(W)

9. Find the current and unknown voltages in the circuit below in the time domain, w=4000 rad/s: + VR - Vs 100<0° V I + 250Ω Vc - 20μF + VL мее 50mH