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4.62 a) Use a series of source transformations to find i, in the circuit in Fig. P4.62. b) Verify your solution by using the mesh-current method to find i Figure 74.62 60 360 50 w 170 34V $150 4.66 P

4.62 a) Use a series of source transformations to find i, in the circuit in Fig. P4.62. b) Verify your solution by using the mesh-current method to find i Figure 74.62 60 360 50 w 170 34V $150 4.66 P

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Only 4.62 please

## Techniques of Circuit Analysis ### Section 4.8 #### Problem 4.54 - **Objective:** Determine the power dissipated in a 1 kΩ resistor in Fig. P4.54. - **Tasks:** a) Recommend a circuit analysis method. b) Use the method to find the power in the resistor. c) Discuss the impact of a 10 mA current source. d) Find the power delivered by the 10 mA source. - **Figure P4.54:** Diagram showing a network of resistors and a current source. #### Problem 4.55 - **Objective:** Evaluate the power developed by a 10 mA source with a 4 kΩ resistor in parallel. - **Tasks:** a) Recommend and use a method to find power developed. - **Figure P4.55:** Circuit diagram illustrating parallel resistance with a current source. #### Problem 4.56 - **Objective:** Analyze a system with a dependent current source. - **Tasks:** a) Calculate power absorbed. b) Evaluate the chosen method’s application. - **Figure P4.56:** Network including a dependent source and various resistors. #### Problem 4.57 - **Objective:** Determine the current \(i_{\Delta}\) in Fig. P4.57. - **Tasks:** a) Select an analysis method. b) Solve for \(i_{\Delta}\). - **Figure P4.57:** Shows variable DC sources, resistors, and current paths. #### Problem 4.58 - **Objective:** Find the voltage \(V_x\) when the DC voltage source adjusts to zero. - **Tasks:** a) Choose between node-voltage or mesh-current methods. b) Verify power equivalency. - **Figure P4.58:** Circuit with a variable source and resistors. ### Section 4.9 #### Problem 4.59 - **Objective:** Use source transformations to find voltage in Fig. P4.59. - **Tasks:** a) Apply transformation. b) Verify with mesh-current. - **Figure P4.59:** Depicts transformations with resistors and sources. #### Problem 4.60 - **Objective:** Use transformations to find the circuit current in Fig. P4.60. - **Tasks:**
Transcribed Image Text:## Techniques of Circuit Analysis ### Section 4.8 #### Problem 4.54 - **Objective:** Determine the power dissipated in a 1 kΩ resistor in Fig. P4.54. - **Tasks:** a) Recommend a circuit analysis method. b) Use the method to find the power in the resistor. c) Discuss the impact of a 10 mA current source. d) Find the power delivered by the 10 mA source. - **Figure P4.54:** Diagram showing a network of resistors and a current source. #### Problem 4.55 - **Objective:** Evaluate the power developed by a 10 mA source with a 4 kΩ resistor in parallel. - **Tasks:** a) Recommend and use a method to find power developed. - **Figure P4.55:** Circuit diagram illustrating parallel resistance with a current source. #### Problem 4.56 - **Objective:** Analyze a system with a dependent current source. - **Tasks:** a) Calculate power absorbed. b) Evaluate the chosen method’s application. - **Figure P4.56:** Network including a dependent source and various resistors. #### Problem 4.57 - **Objective:** Determine the current \(i_{\Delta}\) in Fig. P4.57. - **Tasks:** a) Select an analysis method. b) Solve for \(i_{\Delta}\). - **Figure P4.57:** Shows variable DC sources, resistors, and current paths. #### Problem 4.58 - **Objective:** Find the voltage \(V_x\) when the DC voltage source adjusts to zero. - **Tasks:** a) Choose between node-voltage or mesh-current methods. b) Verify power equivalency. - **Figure P4.58:** Circuit with a variable source and resistors. ### Section 4.9 #### Problem 4.59 - **Objective:** Use source transformations to find voltage in Fig. P4.59. - **Tasks:** a) Apply transformation. b) Verify with mesh-current. - **Figure P4.59:** Depicts transformations with resistors and sources. #### Problem 4.60 - **Objective:** Use transformations to find the circuit current in Fig. P4.60. - **Tasks:**
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