10) Record the values (l1, I2, I3, V1, V2 and V3) into table 1. Table 1 81 iv 52 = 6V Experimental results Calculated results (use the loops) R (Q) | (A) V (volt) R (Q) | (A) V (volt) 1000 0.008 7.75 1000 0.0075 7.75 1000 0.005 4.75 1000 0.00475 4.75 100 0.012 1.25 100 0.0125 1.25 Circuit 2: 1) Open the simulation 2) Choose Conventional Current on the right hand of your simulation screen. 3) Use the components in the left side to build the circuit shown below: Circuit CDl'ISll'UClIUH l'illz DC 1) Click on the resistor {R1) and fix it at 56000. That is R1 = 56000. 2) R2 = 33000 and R3 = 18000 3) Click on the Battery to the left (81) and fix it at 120V, 31 = 120V. 4) Click on the Battery to the right (82) and fix it at 100V, 82 = 100V 5) Click on the Voltmeter from the right side and drag it to measure (V1) the voltage across R1, (V2) the voltage across R2 and (V3) the voltage across R3. 6) Click on the Ammeter from the right side and drag it and put it in series with R1 to measure (l1), with R2 to measure (l2) and with R3 to measure (l3). 7) Record the values (l1, lz, l3, V1, V2 and V3; into table 2. Table 2 Experimental results R (12) I (A) V (volt) 5600 0.016 88.29 3300 0.10 31.71 1800 0.006 11.71Questions: 1) Using your experimental results of I1, I; and I3. Has Kirchhoff's current law (KCL) been satisfied? Explain. a Circuit 1 and Table 1: b- Circuit 2 and Table 2: 2) Using your experimental measurements of V1, V2 and V3 from table (1) of the circuit (1), verify Kirchhoff's voltage law (KVL) for each loop in circuit 2. Conclusions: Lab report Circuit 1: 1) Open the simulation 2) Choose Conventional Current on the right hand of your simulation screen. 3) Use the components in the left side to build the circuit shown below: 4) Click on the resistor {R1) and fix it at 10000. That is R1 = 10000. 5) R2 = 10000 and R3 = 1000 6) Click on the Battery to the left (81) and fix it at 9V, 1 = 9V. 7) Click on the Battery to the right (82) and fix it at 6V, 8; = 6V 8) Click on the Voltmeter from the right side and drag it to measure (V1) the voltage across R1, (V2) the voltage across R2 and (V3) the voltage across R3. 9) Click on the Ammeter from the right side and drag it and put it in series with R1 to measure (l1), with R2 to measure (l2) and with R3 to measure (l3). As you see below