10. If the source v, in Fig. 10.46 is equal to 4.53 cos (0.333 x 10'r...

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10. If the source v, in Fig. 10.46 is equal to 4.53 cos (0.333 x 10'r +30") V (a) obtain i, i̟, and ig at 1 =0 assuming no transients are present: (b) obtain an expression for vz (7) in terms of a single sinusoid, valid for / > 0, again assuming no transients are present. 10 (2 33 mH FIGURE 10.46 11. Assuming there are no longer any transients present, determine the current labeled iz in the circuit of Fig. 10.47. Express your answer as a single sinusoid. 12 12 10 mH 15. Obtain an expression for the power dissipated in the 10 2 resistor of Fig, 10.49, assuming no transients present. cos 6f A (A 10 02 0.21, 305 H I FIGURE 10.49 10. If the source v, in Fig. 10.46 is equal to 4.53 cos (0.333 x 10'r +30") V (a) obtain i, i̟, and ig at 1 =0 assuming no transients are present: (b) obtain an expression for vz (7) in terms of a single sinusoid, valid for / > 0, again assuming no transients are present. 10 (2 33 mH FIGURE 10.46 11. Assuming there are no longer any transients present, determine the current labeled iz in the circuit of Fig. 10.47. Express your answer as a single sinusoid. 12 12 10 mH 15. Obtain an expression for the power dissipated in the 10 2 resistor of Fig, 10.49, assuming no transients present. cos 6f A (A 10 02 0.21, 305 H I FIGURE 10.49

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