Question

see question below:

equations 4,5 & 6:

part D:

my measured values:

(PHYS 2212K students only) Using the variables in Equations (4), (5) and (6), use Kirchhoff's loop rule to algebraically verify that there is only two independent loops in the circuit from Part D. Show the appropriate equation for all the loops and your corresponding calculations. (Use your measured values). Hint: Refer to the Analyzing Circuits with Kirchhoffs Rules" section in the Theory discussion of this experiment. (15 points) For Loop A: (points D,A,B,C,D) For Loop B: (points E,A,B,F,E) For Loop C: (points D,A,E,F,B,C,D) -(11 +/2)R, + ε,-11 R1-0 -(11 +12)R3 +En-12 R2-0 11 Ri-ε, t ε,-12 R2-0 Loop A Loop B 8 Data Table IV Part D: Combination Circuit Voltage (V) Current (A) 103 | .oi 으 33 Ri (2) R2 (2) R, (Q) .rees

Answer 1

Loop Iee tvt Can. clear, 2 tenceo ejuohen, which ca be eaily el; in C

Therefore, it verified there is only two independent loops (i.e two variables) in the circuit D