Crowdly

Add to Chrome

CSM153:CIRCUIT THEORY:COS:1187

Looking for CSM153:CIRCUIT THEORY:COS:1187 test answers and solutions? Browse our comprehensive collection of verified answers for CSM153:CIRCUIT THEORY:COS:1187 at myclass.knust.edu.gh.

Get instant access to accurate answers and detailed explanations for your course questions. Our community-driven platform helps students succeed!

In the diagram below, $R_{1}$ R_{1} = 7 Ω, $R_{2}$ R_{2} = 11 Ω, $R_{3}$ R_{3} = 5 Ω, $R_{4}$ R_{4} = 6 Ω, and V = 15 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!

View this question

In the diagram below, $R_{1}$ R_{1} = 8 Ω, $R_{2}$ R_{2} = 13 Ω, $R_{3}$ R_{3} = 3 Ω, $R_{4}$ R_{4} = 4 Ω, $R_{5}$ R_{5} = 1 Ω, $R_{6}$ R_{6} = 11 Ω, $R_{7}$ R_{7} = 2 Ω, $R_{8}$ R_{8} = 11 Ω, $R_{9}$ R_{9} = 5 Ω,and V = 11 V. What power is dissipated by the entire circuit?

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

View this question

In the diagram below, $R_{1}$ R_{1} = 7 Ω, $R_{2}$ R_{2} = 11 Ω, $R_{3}$ R_{3} = 6 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!

View this question

Determine the resistance across AB in the circuit below. Where R₁= 1.7, Ω R₂= 1.3 Ω, R₃= 1.4 Ω,R₄= 2.6 Ω, R₅= 2.1 Ω.