b. For the circuit shown in Figure Q1(b); i. Analyze the circuit using nodal method and find the value of voltages at node A, B and C. ii. Determine current and the voltage across the 20 Ohms...

b. For the circuit shown in Figure Q1(b);<br>i.<br>Analyze the circuit using nodal method and find the value of voltages at node<br>A, B and C.<br>ii. Determine current and the voltage across the 20 Ohms resistor.<br>iii.<br>What is the amount of energy supplied to the circuit when it is turned on for<br>10 minutes?<br>Calculate the power dissipated by BOTH 52 resistors and power dissipated<br>iv.<br>by 202 resistor in comparison to the total power supplied (Piotal) by the<br>sources (voltage and current source).<br>v. If 3A current source is removed, find the current and power supplied by 10v<br>voltage source?<br>100<br>50<br>A.<br>20Ω<br>10Ω<br>50<br>100<br>10V<br>ЗА<br>

Extracted text: b. For the circuit shown in Figure Q1(b); i. Analyze the circuit using nodal method and find the value of voltages at node A, B and C. ii. Determine current and the voltage across the 20 Ohms resistor. iii. What is the amount of energy supplied to the circuit when it is turned on for 10 minutes? Calculate the power dissipated by BOTH 52 resistors and power dissipated iv. by 202 resistor in comparison to the total power supplied (Piotal) by the sources (voltage and current source). v. If 3A current source is removed, find the current and power supplied by 10v voltage source? 100 50 A. 20Ω 10Ω 50 100 10V ЗА

Jun 11, 2022

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b. For the circuit shown in Figure Q1(b); i. Analyze the circuit using nodal method and find the value of voltages at node A, B and C. ii. Determine current and the voltage across the 20 Ohms...

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