Set-up the circuit shown in Fig. 11. a I RO с 12 R2 e + Vo - + V2 11 V13 + + 5 V V1 R1 R3 V3 d Figure 11. 4.1 Measure the values of currents I, Il, I2 and 13 and voltages V0, V1, V2 and V3 for...

Extracted text: Set-up the circuit shown in Fig. 11. a I RO с 12 R2 e + Vo - + V2 11 V13 + + 5 V V1 R1 R3 V3 d Figure 11. 4.1 Measure the values of currents I, Il, I2 and 13 and voltages V0, V1, V2 and V3 for RO=R1=2202, R2= 1002, R3=1202 by use of the AVO meter. 4.2 Disconnect the voltage source at points a and b. Measure the value of Rab- 4.3 Measure the values of each resistor with an ohmmeter after disconnecting it from the circuit. 5. RESULTS and CONCLUSION : 5.1 Calculate theoretical values of the currents and voltages in section 4.1. and compare the results with the measured ones. 5.2 Using the experimental results, try to prove Kirchoff's current law at points a and b. 5.3 Using the experimental results, try to prove Kirchoff's voltage law for the closed loops abdca, befdb and abefdca. 5.4 Calculate the theoretical value of Rab and compare it with the measured one. 5.5 Comment on the differences between the theoretical and experimental results.