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Category: Uncategorized

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Problem 3 Find: The equivalent impedance (w = 2000 Hz)

Problem 3 Find: The equivalent impedance (w = 2000 Hz)

Problem 2 Convert the following: (A) cosine - sine (B) sine - cosine (C) Time domain - phasor domain (D) Frequency domain - phasor domain (E) Angular frequency (w = 2000 Hz) - frequency (f)

Problem 2 Convert the following: (A) cosine – sine (B) sine – cosine (C) Time domain – phasor domain (D) Frequency domain – phasor domain (E) Angular frequency (w = 2000 Hz) – frequency (f)

Problem 1 Find: The total response from the circuit.

Problem 1 Find: The total response from the circuit.

2. Use phasor addition to put the following into the form of xt A t ( ) cos( )

2. Use phasor addition to put the following into the form of xt A t ( ) cos( )

1. Simplify the following expressions. Give your answers both in polar and in rectangular form

1. Simplify the following expressions. Give your answers both in polar and in rectangular form

8. Use the Laplace transforms to solve each of following the initial-value problems.

8. Use the Laplace transforms to solve each of following the initial-value problems.

7. In each of the following exercises find using the convolution and table 9.1

7. In each of the following exercises find using the convolution and table 9.1

6. In each of exercises (a)-(b) find using the convolution and table 9.1

6. In each of exercises (a)-(b) find using the convolution and table 9.1

5. Use Table 9.1 (page 500) to find for each of the functions F defined in exercises

5. Use Table 9.1 (page 500) to find for each of the functions F defined in exercises

4. Use Theorem 9.6 (page 495) to find L

4. Use Theorem 9.6 (page 495) to find L

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gulshan