Find the currents i₁ to i4 using mesh analysis in the circuit shown in Figure 6. Assume the four currents i₁, 12, 13 and 14 are flowing in the meshes in clockwise direction. ww ΤΩ 1A 310 20 Figure 6 1Q ΔΩ 10 V
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- I need an answer in a short timeSeries-Parallel Circuit For the following circuit, determine: a) The total resistance RT b) The current IRI c) The current Ir6. d) The power consumed by R6.. . Ri 15 Ry 30s 15L 15 Rz 12v 30s21960048cmid 11667 This course For the below circuit, find the current i1 through the 18 ohms resistor. 40 120 V Select one: O a. in= -8A O b.iy=-4A O c.-4A O d.in-8A Find Rab- 20 ()
- Q2/ write the nodal equation for the circuit shown below. Re 6 A R62 R40 30 fl R 122 E 12 V EUse Delta - Star transformation to determine current through the current through and voltage drop across the 1402 resistor. Show ALL working. TECNO POP4 40 Hond www. a 832 B D www. Figure 1 X4 12 02 2 108 V 142 WW CShown in the figure is an RL series circuit in which R= 10 ohms and L= 0.1 Henry. This is energized by a 24 volt DC source. If the switch is closed at t=o. Find the time when Power across R = Power across L.
- Shown in the figure is an RL series circuit in which R= 10 ohms and L= 0.1 Henry. This is energized by a 24 volt DC source. If the switch is closed at t=o. Find the time when PR = PL.Q2/ for the circuit in figure (2) choose the correct answer V=100 20° V=100 20° A Figure (2) 1- Z1 is equal: - * O a) Z1=30 O b) Z1=3+j4Q c) Z1=3-j40 d))Z1=+j40The voltage across the resistor in series RL when suddenly supplied by a DC source is? a. zero O b. minimum O c. infinity O d. maximum
- An alternating current is given by I = 22sin222t. What is the time to generate 3 cycles of current? Group of answer choices 0.014s 0.0012s 0.2s 0.1sanswer it in 1hr thank you please show you soln step by stepSine-wave generator + 1.0 kHz 1.0 V Voltage across R1, VR Total current, I K ww 1.0 k Figure 4-Test Circuit 8. The circuit is a series circuit, so the current in the resistor is the identical current that flows through the inductor. Find the voltage across the resistor with the DMM. Apply Ohm's law to the resistor to find the current in the circuit. Record the measured voltage and the computed current in Table 3 in the column labeled Inductor L1. Voltage across L, VL Inductive reactance, XL Computed inductance, L Inductor L1 1 628.310 100 mH 90mH Inductor L2