Problem

If VX = ‒12 V in the network in Fig. P2.41, find VS and VBA.Figure P2.41

If VX = ‒12 V in the network in Fig. P2.41, find VS and VBA.

Figure P2.41

Step-by-Step Solution

Solution 1

Refer to Figure P2.41 in the text book.

From the circuit, the voltage is,

Substituteforin the equation.

Apply Kirchhoff’s voltage law to the circuit.

Substitute for and for in the equation.

Thus, the value of voltage is .

Calculate the value of voltage.

Substitute for in the equation.

Thus, the value of voltage is .

Solution 2

Refer to Figure P2.41 in the text book.

From the circuit, the voltage is,

Substituteforin the equation.

Apply Kirchhoff’s voltage law to the circuit.

Substitute for and for in the equation.

Thus, the value of voltage is .

Calculate the value of voltage.

Substitute for in the equation.

Thus, the value of voltage is .

Add your Solution

Textbook Solutions and Answers Search

Solutions For Problems in Chapter 2

1E
1FE
1P
2E
2FE
2P

3E
3FE
3P
4E
4FE
4P

5E
5FE
5P
6E
6FE
6P

7E
7FE
7P
8E
8FE
8P

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