The figure below shows a multiloop circuit. The voltages and resistances in the circuit are: V, - 10.0 V, v, - 30.0 v, V, - 58.0 V, R, - 125.0 0, R, = 155.0 0, R, - 195.0 0. Use these values to answer the questions below. (Use the following as necessary: I, I, and I.) B F E (a) Write the equation for the loop ABHEFGA in the order that you go around the lop. O -1, (155.0 0) -30.0 V + 10.0 V - 1, (125.0 0) = 0 O +1, (155.0 0) +30.0 V +10.0 v- 1, (125.0 0) - o O +1, (155.0 0) +58.0 V -10.0 V - 1, (155.0 0) = 0 O -1, (195.0 0) -58.0 V +10.0 V - , (155.0 0) = 0 (b) Write the equation for the loop BCKDEHB in the order that you go around the loop- O +1, (155.0 0) +30.0 V +10.0 V - I, (125.0 0) = 0 O +1, (195.0 0) -58.0 V + 30.0 V + 1, (155.0 0) = 0 O +1, (155.0 0) +58.0 V -10.0 V - 1, (155.0 0) - 0 O -1, (195.0 0) -58.0 V +30.0 V - I, (155.0 0) = 0 (C) Write the equation for the loop ABCKDEFGA in the order that you go around the loop O +1, (155.0 0) +30.0 V -58.0 V - 12 (125.0 0) = 0 O -1, (195.0 0) -58.0 V +10.0 V - 1, (155.0 0) = 0 O +1, (195.0 0) -58.0 V+ 10.0V -1, (125.0 0) -0 O +1, (155.0 0) +30.0 V +10.0 v -1, (125.0 0) = 0

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The figure below shows a multiloop circuit. The voltages and resistances in the circuit are: V1 = 10.0 V, V2 = 30.0 V, V3 = 58.0 V, R1 = 125.0 Ω, R2 = 155.0 Ω, R3 = 195.0 Ω. Use these values to answer the questions below. (Use the following as necessary: I1, I2, and I3.) WikiHow LOGO (a) Write the equation for the loop ABHEFGA in the order that you go around the loop. −I2 (155.0 Ω) −30.0 V + 10.0 V − I1 (125.0 Ω) = 0 +I2 (155.0 Ω) +30.0 V +10.0 V − I1 (125.0 Ω) = 0 +I3 (155.0 Ω) +58.0 V −10.0 V − I2 (155.0 Ω) = 0 −I3 (195.0 Ω) −58.0 V +10.0 V − I1 (155.0 Ω) = 0 (b) Write the equation for the loop BCKDEHB in the order that you go around the loop. +I2 (155.0 Ω) +30.0 V +10.0 V − I1 (125.0 Ω) = 0 +I3 (195.0 Ω) −58.0 V + 30.0 V + I2 (155.0 Ω) = 0 +I3 (155.0 Ω) +58.0 V −10.0 V − I2 (155.0 Ω) = 0 −I3 (195.0 Ω) −58.0 V +30.0 V − I1 (155.0 Ω) = 0 (C) Write the equation for the loop ABCKDEFGA in the order that you go around the loop. +I3 (155.0 Ω) +30.0 V −58.0 V − I2 (125.0 Ω) = 0 −I3 (195.0 Ω) −58.0 V +10.0 V − I1 (155.0 Ω) = 0 +I3 (195.0 Ω) −58.0 V + 10.0 V − I1 (125.0 Ω) = 0 +I2 (155.0 Ω) +30.0 V +10.0 V − I1 (125.0 Ω) = 0 (d) Calculate the currents I1, I2, and I3. I1 A I2 A I3 A
The figure below shows a multiloop circuit. The voltages and resistances in the circuit are: V, - 10.0 V, v, - 30.0 v, V, - 58.0 V, R, - 125.0 0, R, = 155.0 Q, R, - 195.0 0. Use these values to answer the questions below. (Use the following as
necessary: I, 12, and I.)
B
E
(a) Write the equation for the loop ABHEFGA in the order that you go around the loop.
O -1, (155.0 0) -30.0 V + 10.0 v - 1, (125.0 0) = 0
O +1, (155.0 0) +30.0 V +10.0 V – I, (125.0 0) = 0
O +1, (155.0 0) +58.0 V -10.0 v - 1, (155.0 0) = 0
O -1, (195.0 0) -58.0 V +10.0 V - 1, (155.0 0) = 0
(b) Write the equation for the loop BCKDEHB in the order that you go around the loop
O +1, (155.0 0) +30.0 V +10.0 V - I, (125.0 0) = o
O +1, (195.0 0) -58.0 V + 30.0 V + I, (155.0 0) = 0
O +1, (155.0 0) +58.0 V -10.0v- 1, (155.0 0) - 0
O -1, (195.0 0) -58.0 V +30.0 V -1, (155.0 0) - 0
(C) Write the equation for the loop ABCKDEFGA in the order that you go around the loop.
O +1, (155.0 0) +30.0 V-58.0V -1, (125.0 0) = 0
O -1, (195.0 0) -58.0 V +10.0 v - 1, (155.0 0) = 0
O +1, (195.0 0) -58.0 V+ 10.0v -1, (125.0 0) - 0
O +1, (155.0 0) +30.0 V +10.0 v - 1, (125.0 0) = 0
(d)
Calculate the currents I, I2, and Ig.
Transcribed Image Text:The figure below shows a multiloop circuit. The voltages and resistances in the circuit are: V, - 10.0 V, v, - 30.0 v, V, - 58.0 V, R, - 125.0 0, R, = 155.0 Q, R, - 195.0 0. Use these values to answer the questions below. (Use the following as necessary: I, 12, and I.) B E (a) Write the equation for the loop ABHEFGA in the order that you go around the loop. O -1, (155.0 0) -30.0 V + 10.0 v - 1, (125.0 0) = 0 O +1, (155.0 0) +30.0 V +10.0 V – I, (125.0 0) = 0 O +1, (155.0 0) +58.0 V -10.0 v - 1, (155.0 0) = 0 O -1, (195.0 0) -58.0 V +10.0 V - 1, (155.0 0) = 0 (b) Write the equation for the loop BCKDEHB in the order that you go around the loop O +1, (155.0 0) +30.0 V +10.0 V - I, (125.0 0) = o O +1, (195.0 0) -58.0 V + 30.0 V + I, (155.0 0) = 0 O +1, (155.0 0) +58.0 V -10.0v- 1, (155.0 0) - 0 O -1, (195.0 0) -58.0 V +30.0 V -1, (155.0 0) - 0 (C) Write the equation for the loop ABCKDEFGA in the order that you go around the loop. O +1, (155.0 0) +30.0 V-58.0V -1, (125.0 0) = 0 O -1, (195.0 0) -58.0 V +10.0 v - 1, (155.0 0) = 0 O +1, (195.0 0) -58.0 V+ 10.0v -1, (125.0 0) - 0 O +1, (155.0 0) +30.0 V +10.0 v - 1, (125.0 0) = 0 (d) Calculate the currents I, I2, and Ig.
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