6 V R₁ 1 kr R5 ww 100 $2 R2 2 ΚΩ Ra 1 k RA-Rx 1 ΚΩ Here is the translation: i) Verify the compliance with Kirchhoff's laws in the 3 main loops and the 4 nodes of the circuit; ii) Verify the conservation of power; iii) Calculate the resistance seen by the source.
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- (a) Identify the type of circuit in Figure 4. Determine its functionalities and find the appropriate mathematical equation. Sig_1 Sig_2 Sig_3+ Sig_4 Iin. Iin. Iin Iin GND www.5 R5 www R4 www R3 ww R2 ww R1 Feedback Resistor ลบ Figure 4 Iout VOUT ◆ BUNOTE: Solve this as soon as possible, I need this urgently. Determine the currents Iy and I, in the circuit below 6 mA 1.51 1 mA4.-For-labeled currents, draw an arrow to show the direction of the actual positive current. For labeled voltages, circle the node that is at the actual highest potential. Note that the positive and negative signs of the voltage represent the polarity of the probes of a voltmeter connected to the device. The value shown is the reading on the voltmeter. (segment of wire) 2A -2A -5A 2.de 3A TA Cov E 5V 12V + 3V -10V -201
- Using multismE Figure 1. R₁ L₁ M 1.Calculate coefficient of coupling k. R₂ L₂ 1₂ R₁ E = 230V 20°, R₁ = 100, R₂ = 0.50, R₂ = 2002, L₁= 10 H, L₂ = 26 mH, M = 0.5 H, f= 50Hzww R1 R=10 Ohm V1 U=150 V. S1- b. What is the current through R₁7 4. Finally the switch is opened....Immediately after it is opened.... a What is the total resistance in the circuit? c. What is the voltage across R₁7 d. What is the voltage across R₂? e. What is the current through R₂? f. What is the current through R₁? ww 8. What is the voltage across R₁? h. What is the current through the inductor L₁7 R2 R= 120 Ohm R3 R=60 Ohm i. What is the voltage across the inductor L₁? j. What is the energy stored in the magnetic fields of the inductor L₁? k. What is the rate of change of the current in the inductor L₁? 1. What is the induced current being created by the inductor? L1 L=5 H
- 4. Verify Kirchhoff's junction rule by measuring current flows at the junction a. Write induvial values and sum them up to show conservation of charge. R1 R3 a R4 {I R2 I1 €1 b 13 €3 12 €2 Circuit 4Given n2 = 510, what is n₁? 5415° V 3060 85 1530 O 170 +21 000 ell n₁: N₂ + 30415° Va. Find the equivalent resistance between the points A and B for the circuit shown in figure1. Draw the equivalent circuit during every simplification step. 202 102 102 202 300 200
- Let's Apply Directions: Solve for the given problem. Show your complete solutions and round off your answers into 3 significant figures. 28.0 V In the circuit shown in figure 6, compute for the: a. current in resistor R. b. the resistance R. c. the unknown emf ɛ. d. If the circuit in broken at point x, what is the current in resistor R? 4.00 A I 6.00 0 6.00 A 3.00 2 Figure 6. Circuit for the problem Source: Young, H. D., & Freedman, R. A. (2004). University Physics with Modem Physics. Pearson Education South Asia PTE LTD.I did a physics lab and got some values. I want to check them theoretically to see how the results differ. From this diagram, answer the following questions: The laws to be verified included the conservation of current in a node, the addition of potentials for components in series, and the addition of currents for components in parallel. The data : R1: 1094 ohm R2 : 998 ohm R3: 1094 ohmR4: 25 ohm Source 1 : 5 V Source 2 : 1.5 VUse the following constants if necessary. Coulomb constant, k = 8.987 x 10° N - m² /C2. Vacuum permitivity, co = 8.854 x 10 12 F/m. Magnetic Permeability of vacuum, Ho = 12.566370614356 x 10-' H/m. Magnitude of the Charge of one electron, e = -1.60217662 × 10–19 C. Mass of one electron, me = 9.10938356 x 10 31 kg. Unless specified otherwise, each symbol carries their usual meaning. For example, µC means micro coulomb. a R5 R3 e R9 R, R6 R8 Ry K Suppose you have the following circuit diagram. Here R1 =1.1 kN, R2 = 3.3 kN, R3 = 2.2 kN, R4 = 22 kN, R5 = 22 kN, Rg = 11 kN, R7 = 11 kN, Rg = 11 kN, R9 = 1.1 kN are the resistances on the circuit where kN stands for kilo ohm. The electromotive forces of the batteries are & = 5 volts and Ez = 3 volts. a) Calculate Rik. the resistance equivalent to R5, Re, R7, Rg and R9 between the terminals b and k. Value of Rhk Give your answer to at least two significance digits. Ω b) Calculate the current through R1.