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CSM153:CIRCUIT THEORY:COS:1187

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Calculate the current I_L in the circuit below.

Note that R₁= 2 kΩ R₂= 3 kΩ, R₃= 1.1 kΩ, I_a= 7 mA and I_b= 2 mA.

HINT: Leave your answer in at least 4 decimal places.

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In the circuit below, R_1 = 10 Ω, R_2 = 11 Ω, R_3 = 13 Ω and R_4 = 29 Ω. Using this information, determine the total resistance of the circuit.

HINT: Leave your answer in at least 4 decimal places!

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In the diagram below, V = 108 V, I = 6 A, R_2 = 10 Ω and R_3 = 12 Ω. Using this information, what is the value of R_1?

HINT: Leave your answer in at least 4 decimal places!

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In the circuit below, ε = 22 V, R_1 = 40 Ω, R_2 = 33 Ω, R_3 = 27 Ω, R_4 = 34 Ω, and R_5 = 24 Ω. At what rate is thermal energy being generated in the 24 Ω resistor in the figure below?

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In the diagram below, $R_{1}$ R_{1} = 7 Ω, $R_{2}$ R_{2} = 14 Ω, $R_{3}$ R_{3} = 4 Ω, $R_{4}$ R_{4} = 6 Ω, and V = 13 V. Determine the value of the current in $R_{4}$ R_{4} in the diagram below?

HINT: Leave your answer in at least 4 decimal places!

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In the diagram below, $R_{1}$ R_{1} = 8 Ω, $R_{2}$ R_{2} = 15 Ω, $R_{3}$ R_{3} = 6 Ω, $R_{4}$ R_{4} = 6 Ω, $R_{5}$ R_{5} = 3 Ω, $R_{6}$ R_{6} = 8 Ω, $R_{7}$ R_{7} = 2 Ω, $R_{8}$ R_{8} = 8 Ω, $R_{9}$ R_{9} = 6 Ω,and V = 11 V. What power is dissipated by the entire circuit?

HINT: Leave your answer in at least 4 decimal places!

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In the diagram below, $R_{1}$ R_{1} = 9 Ω, $R_{2}$ R_{2} = 15 Ω, $R_{3}$ R_{3} = 4 Ω, $R_{4}$ R_{4} = 6 Ω, $R_{5}$ R_{5} = 2 Ω, and V = 12 V. Using the current divider theorem, determine the current in $R_{5}$ R_{5} in the diagram below?

HINT: Leave your answer in at least 4 decimal places!

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In the circuit below, R_1 = 6 Ω, R_2 = 11 Ω, R_3 = 15 Ω and R_4 = 32 Ω. Using this information, determine the total resistance of the circuit.

HINT: Leave your answer in at least 4 decimal places!

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In the diagram below, V = 145 V, I = 9 A, R_2 = 15 Ω and R_3 = 13 Ω. Using this information, what is the value of R_1?

HINT: Leave your answer in at least 4 decimal places!

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In the circuit below, ε = 17 V, R_1 = 37 Ω, R_2 = 33 Ω, R_3 = 32 Ω, R_4 = 26 Ω, and R_5 = 20 Ω. At what rate is thermal energy being generated in the 20 Ω resistor in the figure below?

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