10 14 20 15 2. A 1290 16 C D 11 V 1Ω 13. 5Ω 10V 13 N Dr. Ben Blalock asks that you solve for the currents as shown. If th opposite direction as shown, specify it as a negative current.

Voltage source is 40VRMS at 1kHz with resistance equal to 2500 and inductance of 33mH. Solve for the requested values. Allow +/_3% difference in calculations. Vs 40V 1kHz RMS Solve for the voltage across the resistor. 30.79 V 21.87 V 25.52 V O 40 V None of the above. L13 33mH- R1 250Ω

Consider the combinations of inductances shown in the figure below (Figure 1). Suppose that L1=1 II, L2 = 8 H, L3=4 II, LA = 25 H, L57 H, L6 = 17 H, L7 = 20 H, and L8 = 11 H. Figure 0 Lo L₁ voo 0000 voo L₂ (a) (b) L₁ 00000 L₂ < 1 of 1 Part A Determine the equivalent inductance for the combination of inductances shown in the figure (a). Express your answer to three significant figures and include the appropriate units. Ley = Value Submit Part B Leub= Submit HÅ Provide Feedback Request Answer O Determine the equivalent Inductance for pthe combination of Inductances shown in the figure (b). Express your answer to three significant figures and include the appropriate units. + |μA Value 1 → Request Answer Units www. ? Units ?

For the circuit shown, determine the current through the 2+j5 ohms impedance. 1 22 jsn mm 2 B LOA D 15L280 ZAN jios 100 L² A 240 L