I.IJA Ammeter -10 16.83 V 11.17 V Voltmeter Voltme Voltmeter -6.83V Vallmeter 18 0V -0.27A Voltmeter Ammeter -1.40 A Ammeter 18.0 v V1 1 25 V Loop 1 10 0 15 0 R2 R1 50 Loop 2 R3 to B 10 V 12 V2 al h)V1=10V,V2=18V R1 = 15 ohm R2: 8 ohm, R3: 25 ohm Fig. 2.5. Diagonal circuit (a) and schematics representation ofthe diagonal circuit (b). Your circuit has twojunctions. A and B, and two small loops see Fig. 2.5b. Connect Virtual ammeters (in series with circuit components) and voltmeters (in parallel with circuit components) as necessary to test the Kirchhoff's current rule for junctions A and B and the Kirchhoff's voltage rule for both loops. When doing the calculations be aware of the polarity of measured currents and voltages! Use the accepted sign convention. To document your experiment capture the simulation screen ofthe circuit with all the instruments connected and displaying the measured quantity and paste it into MS Word you will have to attach it to your lab report. It is recommended to use the landscape orientation for the page layout in MS Word. It should look something like an example in Fig. 2.6. Note that the readings of voltmeters and ammeters are not shown. Did the currents for junctions A and B add up to zero? Did the voltages around loop 1 and loop 2 add up to zero? I cant get these to add to zero. Help please. Junction A: ZI = Junction B: EI Loop 1: E V = E (8 - IR) = Loop 2: E V = E (E - IR) =