Q4) The phase sequence connected bustane sequence of a 3 phose star 3 1) Find the phase magnitudes of is ABC ste- loc d and is connected une voltages (1) Find the line cuments 11 Verify that the loc d 2 Selece IN= a + JA Can 30 EAN Eau 3120v 20° Eng 3 42 F ECN e Egy Ice 3л Ven www m sen 41 3

Ohmic components have a V-I curve O Non-linear VI curve. Parabolic VI curve. Sinusoidal VI curve. Straight line VI curve.

Using superposition, determine the current through the inductance XL for each network in the figure

I need to know how I can change the circuit values to make inductive reactance dominant? This wil cause VL and VR to be in phase and VC to be 180 degrees out of phase with them both.

Determine ZT for the circuit if inductive reactive is 10220 and resistance is 9850. Answer:

QUESTION 3 An inductor, a capacitor, and a resistor are connected in parallel with a function generator. The inductor draws 100mA RMS, the capacitor draws 150mA RMS, and the resistor draws 200mA RMS. Find the magnitude of the total current. O 450mA RMS O 544mA RMS O 352mA RMS O 206mA RMS

Aresistor and inductor are connected in parallel to a 120 volt, 60 Hz line. The circuit nas a current flow of 3 amperes. The resistor has a resistance of 72 2. What is the induc- tance of the inductor? gaiau cladi slgns ads

0 !!! a *Further Engineering Mathematic X + File | C:/Users/user/Downloads/Further%20Engineering%20MathematicsAssignment-2.pdf Draw T Read aloud CD 9. The two complex numbers V and W represent two reactances connected in series. Calculate the total reactance by finding their sum. AF 3+j4 B = 4-j5 C = 5-j2 D=1-j3 E = 2 +j3FF" FF 4+j1 3 of 4 10. The complex numbers V and W represent two force vectors. Place them on an Argand diagram and calculate the difference between them. 11. Use your given values of V and W to represent the reactances Z₁, Z₂ (as shown in the circuit diagram). Calculate the current flowing in the circuit in polar form if the voltage is v = 1220° and V i = ZTotal Z₁ Z₂ o J (¹) ENG T 60 11:16 PM 3/17/2023 x

The circuit shown in figure EM1-1 shows an AC voltage source VAC connected in series with a load that has • resistance R=280 Ohms, inductance L=1.1mH, and • capacitance C=4.7mF. Calculate values of, and select the apporpriate answer from the list from the list below for • the frequency, fres (in Hz) of the AC source that results in resonance in the load and the impedance, Zres (in Ohms) of the load at this frequency. ● Resonant Frequency, fres= ✓ Hz Impedance of the Load at Resonance, Zres= R 280 Ω ✓ Ohms V. AC L 4.7 mF 1.1 mH Figure EM1-1 Downloadable image

Please disregard the question on the picture. Here's the right question, at what frequency will the value of the impedance be twice that at 25Hz (refer to the given in question #20).