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Vx +VR- providus as A a Large V2 = 180 8 Voltage - controlled dependent current as ۲۷ 1 Source which is 5 times Voltage Voc V₁=172V Power supplied for V₂ is? KW? Vo power suppied element A кид The powes supplied for 5 Voc dependent Source is Kw?

Vx +VR- providus as A a Large V2 = 180 8 Voltage - controlled dependent current as ۲۷ 1 Source which is 5 times Voltage Voc V₁=172V Power supplied for V₂ is? KW? Vo power suppied element A кид The powes supplied for 5 Voc dependent Source is Kw?

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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### Circuit Analysis with a Voltage-Controlled Dependent Source #### Diagram Explanation: The diagram is a simple circuit containing several components. Key elements of the circuit include: - **Voltage Source (V):** Labeled as \( V_x \). - **Voltage-Controlled Dependent Current Source:** Provides a current that is 5 times the voltage \( V_x \). - **Resistor:** Labeled as \( 8\Omega \). - **Ammeter (A):** Measures the current through the circuit. - **Voltage Reading:** \( 5V \). #### Circuit Description: The circuit includes a voltage-controlled dependent current source, which provides a current proportional to the voltage \( V_x \). The relationship is specified as 5 times the magnitude of \( V_x \). #### Calculations: - Given: - \( V_R = 180V \) - \( V_x = 172V \) 1. **Power Supplied Calculation:** The task is to find out the power supplied in the circuit and verify certain relationships: - Power supplied for \( V_x \) is calculated in kilowatts (kW). - Power supplied by the element with current \( A \) in kilowatts (kW). - The power supplied for the \( 5V_x \) dependent source is noted in kilowatts (kW). #### Conclusion: To complete the analysis, perform appropriate calculations using Ohm's Law (\( V = IR \)) and the power formula (\( P = IV \)) to determine the power values requested. Each power calculation should be converted to kilowatts where necessary for comparison.
Transcribed Image Text:### Circuit Analysis with a Voltage-Controlled Dependent Source #### Diagram Explanation: The diagram is a simple circuit containing several components. Key elements of the circuit include: - **Voltage Source (V):** Labeled as \( V_x \). - **Voltage-Controlled Dependent Current Source:** Provides a current that is 5 times the voltage \( V_x \). - **Resistor:** Labeled as \( 8\Omega \). - **Ammeter (A):** Measures the current through the circuit. - **Voltage Reading:** \( 5V \). #### Circuit Description: The circuit includes a voltage-controlled dependent current source, which provides a current proportional to the voltage \( V_x \). The relationship is specified as 5 times the magnitude of \( V_x \). #### Calculations: - Given: - \( V_R = 180V \) - \( V_x = 172V \) 1. **Power Supplied Calculation:** The task is to find out the power supplied in the circuit and verify certain relationships: - Power supplied for \( V_x \) is calculated in kilowatts (kW). - Power supplied by the element with current \( A \) in kilowatts (kW). - The power supplied for the \( 5V_x \) dependent source is noted in kilowatts (kW). #### Conclusion: To complete the analysis, perform appropriate calculations using Ohm's Law (\( V = IR \)) and the power formula (\( P = IV \)) to determine the power values requested. Each power calculation should be converted to kilowatts where necessary for comparison.
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Step 1

Types of dependent sources 

  • Voltage controlled current source
  • Voltage controlled Voltage source
  • Current controlled current source 
  • Current controlled Voltage source
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