For the circuit shown in Fig.1, the current in the 12 resistor is
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- A:19 A docs.google.com In the circuit in the Fig. below, reduce the resistance R3 will lead to a reducing of, choose all that possible options: * R1 V R2 R3 Power dissipated in R2 Voltage across R3. None will be affected. Voltage across R1 Current through R3. When a group of resistors are connected in parallel, the total resistance is * Less than the smallest resistance. Between the smallest and greatest resistance. Greater than the smallest resistance. Sum of the resistancesLet the following electrical circuits be, in which it is required to determine the value of the voltage V shown:Note that the two previous circuits are identical, the only difference is the load element that has been selected in each of them: in electrical network 1 the load element is resistor R3 while in electrical network 2 the element of load is resistor R1.a) Find, using Thévenin's theorem, the voltage V in electrical network 1.b) Find, using Thévenin's theorem, the voltage V in the electrical network 2.In the following urcuit, R2 onsumes 0.5 W. Determine the values of R, and R2, R. 12 V.( R23 8V.
- For the circuit shown below, Determine the power dissipated in R5 R Ry R 20 40 9 V R10 R sn 7A Select one: a. 21 W b. 70 W c. 147 W d. 63 WPlease solve showing clear stepsPractically available means, the elements that can be found actually in the market. For example, if in the theoretical calculation your resistor value comes 5K which is not available in the laboratories you have to adjust it with a reasonable one available and again do the calculation which is now the practical calculation.Find V, for the circuit given below. 6K 2K SV Voc 8K 2K
- 16. Determine the Equivalent Resistance R, for the circuit below. 3502 1002 4002 2002 12V 5002 3002 2502 502 1502Figure 1 shows the intemal circuitry for a digital watch prototype. You, the engineer, are required to do an electrical analysis of the circuit by hand to assess the operation of the charger on different loads. The two output terminals of this linear device are across the resistor, RS. R5 is not the load resistor. The load is not included in the circuit. Based on what you have leamt in this course, you decided to reduce the complex circuit to an equivalent circuit for easier analysis. 200 100 RI R3 20V 100 R2 5A 100 200 R4 R5 (1)SA 20V 100 200 R6 R7 Figure 1 a) Implement Norton's theorem to simplify the circuit for the device shown in Figure 1. Use Mesh Analysis as your method of analysis. b) Determine the maximum power that can be transferred by the device to the load.If two resistances of 10 Q and 5 Q are connected in parallel. Find equivalent resistance. O a. 33.33 m 2 b. 3333.33 m O C. 333.33 m 2 O d. 3.33 K O
- :in the circuit of Fig shown below, a decrease in R3 leads to a decrease of, select all that apply V& R2 R3 اختر واحدة أو أكتر a. voltage across R1 O b. current through R3 O C. power dissipated in R2 O d. voltage across R3 OFigure 1 shows the intemal circuitry for a cellular phone charger prototype. You, the engineer, are required to do an electrical analysis of the circuit by hand to assess the operation of the charger on different loads. The two output teminals of this linear device are across the resistor, R5. RS is not the load resistor. The load is not included in the circuit. you decided to reduce the complex circuit to an equivalent circuit for easier analysis. 100 100 RI R3 100 R2 SA 20 V 100 100 R4 R5 20V 5A 100 100 R6 R7 Figure 1 a) Define and implement an equivalent theorem of your choice to simplify the circuit for the device shown in Figure 1. Use Mesh Analysis as your method of analysis. b) Detemine the maximum power that can be transferred by the device to the load.In the Power Transfer experiment, which of the following is true? a. The power generated by the battery does not depend on the load resistance. b. When R = Rg the current in the circuit is maximum. c. The current in the circuit is maximum when the load resistance is maximum. d. The power generated by the battery during the experiment is fixed. e. The power generated by the battery varies with the load resistance.