a) 1=9.3 /0° A4. f = 350 Hz Find: 24 Ω Z1 V1 HH 11.1 µF 31 Ω Z2 V2 0.93 mH i) The values of V1 and V2. ii) The value of the supply voltage and its phase angle. iii) Draw the circuit phasor diagram. (For each section provide your answers in both polar and cartesian form.)

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Problem 1, Signal C Determine the complex phasor V in the form VmeI® or in the equivalent form Vm Lo where Vm the magnitude of the complex number in volts and o is the phase in degrees (not in radians). is v (t) = -5cos(wt) [V] Enter your answer for Vm in volts here, keep 3 significant digits: Question 6 Given the phasor you found for Signal C in the previous question, enter your answer for o in degrees (not in radians) here, keep 3 significant digits:

Use the following values: ZR=10 Ohms ZC=-3j Ohms Write the final answers to at least 5 significant figures

Solve this h.w. with the following requirements: 1) Cl is a Capacitive impedances in uf and Z1 = 30|90°. 2) LI is an Inductive impedance in mH, Z2 =50|-90° and lastly, R1 is a resistor. 3) Sl is a sinusoidal voltage source with a frequency of 6 kHz and a phase shift of 50°. Find the Current I and voltages of all impedances in sinusoidal form? zi 5uf IOV si Z2 R1 LI 3 2mH Ohm SI=IO V Cl=5 uf RI=3 Ohm LI=2 mH

Our source ac voltage is 110 Vrms, 50 Hz. Solve for time and the amplitude at a given angle as specified in the table. Show your solutions.

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Place your final answers for this problem in the correct boxes at the bottom of the next page. Use the value Zdegrees notation for representing phasors. Bold terms are expected to be phasors. Tek Run 1 5.00 V 8 4.00ms +6.68000ms 4 H a b 3.29ms 20.0ms A16.7ms (2.50MS/S 100k points The voltage pictured in the image above is applied to a load with an impedance of Z=3+j5. The load has two components, in series. 1 1. What is Vmag and Vrms. Assume that the phase of the pictured waveform is degrees. 2. Calculate Irms. 3. Calculate S, the complex power. Trig'd 9.425 V 9.429 V A3.906mV s 3.00 V 4. Calculate average power, apparent power, reactive power, and power factor. It isn't necessary to list if the power factor is leading or lagging. 5. What component values are used to make the resistive and reactive components of the load?

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