Circuit Analysis I

Use this for “A 6 Ω and a 3 Ω resistor are in parallel across 12 V. Find each current.”

Use this for “R₁ = 4 Ω is in series with 6 Ω ∥ 12 Ω across 24 V. Find the total resistance and every current.”

Use this for “An element has 5 V across it and −2 A into its + terminal. Does it absorb or deliver power?”

Use this for “Two meshes share R₂ = 4 Ω, with R₁ = R₃ = 2 Ω, Vₐ = 8 V and Vb = 2 V. Find I₁, I₂ and the current in R₂.”

Use this for “A 6 V source joins node 1 to node 2; 6 A enters node 1, and R₁ = 2 Ω and R₂ = 4 Ω go to ground. Find V₁ and V₂.”

Use this for “Turn an 8 V, 2 Ω Thévenin equivalent into its Norton form.”

Use this for “An 8 V, 2 Ω Thévenin source drives a 6 Ω load. What power does the load take, and what is the most any load can take?”

Use this for “A 12 V source through 3 Ω and a 3 A current source feed one node, with 6 Ω to ground. Find the node voltage by superposition.”

Use this for “A non-inverting amplifier has Rg = 10 kΩ and Rf = 30 kΩ. Find its gain and output for 0.5 V in.”

Use this for “A summing amplifier has every resistor 10 kΩ. Find vₒᵤₜ for inputs of 1 V and 2 V.”

Use this for “A difference amplifier has R₁ = 10 kΩ and R₂ = 50 kΩ. Find vₒᵤₜ for v₂ = 1.2 V and v₁ = 1 V.”

Use this for “A 50 μF capacitor charged to 9 V discharges through 2 kΩ. How long until it reads 3 V?”

Use this for “A 2 H coil and a 4 Ω resistor are switched onto 12 V. Find the current after 1 s.”

Use this for “A capacitor voltage starts at 2 V and heads for 10 V with τ = 0.5 ms. Find it at 1 ms.”

Use this for “A series RLC has 10 Ω, 1 mH and 10 μF. Is it over-, under- or critically damped?”