polarity? happen to the mesh currents if the positions of E1 and R1 in Fiaure 61...

  

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polarity? happen to the mesh currents if the positions of E1 and R1 in Fiaure 61 ver swapped? 3. If branch current analysis (BCA) was applied to the circuit of Figure 6.2, how many unknown currents would have to be analyzed ànd how many equations would be needed? How does this compare to mesh analysis? unknown currents 3 loof equations E 2 nodal equations In mesh analysis, 3 loop equations would be required 4. The circuits of Figures 6.1-and 6.2 had been analyzed previously in the Superposition Theorem exercise. How do the results of this exercise compare to Ihe earlier results? Should the resulting curents and voltages be identical? If not, what sort of things might affect the outcome? upply circuit of Figure 131 ucing El = 10 volts. F = 15 R1 R2 hematics R3 E1 E2 Lconsder the au obe y te sere ore e be wough , 2 Figure 6.1 Uing w urents Note urents and O B. R4 Build the c R2 ree mesh ca R1 acord in Tob ICord the di R3 R5 Data E1 E2 Paramete RT IR2 IR3 VA Param upply circuit of Figure 12 1 ucing El = 10 volts, Ez- " A. polarity? happen to the mesh currents if the positions of E1 and R1 in Fiaure 61 ver swapped? 3. If branch current analysis (BCA) was applied to the circuit of Figure 6.2, how many unknown currents would have to be analyzed ànd how many equations would be needed? How does this compare to mesh analysis? unknown currents 3 loof equations E 2 nodal equations In mesh analysis, 3 loop equations would be required 4. The circuits of Figures 6.1-and 6.2 had been analyzed previously in the Superposition Theorem exercise. How do the results of this exercise compare to Ihe earlier results? Should the resulting curents and voltages be identical? If not, what sort of things might affect the outcome? upply circuit of Figure 131 ucing El = 10 volts. F = 15 R1 R2 hematics R3 E1 E2 Lconsder the au obe y te sere ore e be wough , 2 Figure 6.1 Uing w urents Note urents and O B. R4 Build the c R2 ree mesh ca R1 acord in Tob ICord the di R3 R5 Data E1 E2 Paramete RT IR2 IR3 VA Param upply circuit of Figure 12 1 ucing El = 10 volts, Ez- " A.

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Explanation Answer1 Polarities of the voltage sources will definately attect the resulting voltages ... View the full answer