The primary method of analyzing circuit with multiple voltage sources A) use the

Question

The primary method of analyzing circuit with multiple voltage sources
A) use thevenin's theorem B) use Kirchhoff's current law C) use superposition theorem D) use the voltage divider rule
A thevenib circuit has a 10 Vplt source and a 100 ohm load. What is the voltage across a load when maximum power is being transferred to the load?
A) 20 volts B) 10 volts C) 5 volts D) unable to determine Showing work The primary method of analyzing circuit with multiple voltage sources
A) use thevenin's theorem B) use Kirchhoff's current law C) use superposition theorem D) use the voltage divider rule
A thevenib circuit has a 10 Vplt source and a 100 ohm load. What is the voltage across a load when maximum power is being transferred to the load?
A) 20 volts B) 10 volts C) 5 volts D) unable to determine Showing work
A) use thevenin's theorem B) use Kirchhoff's current law C) use superposition theorem D) use the voltage divider rule
A thevenib circuit has a 10 Vplt source and a 100 ohm load. What is the voltage across a load when maximum power is being transferred to the load?
A) 20 volts B) 10 volts C) 5 volts D) unable to determine Showing work

Explanation / Answer

Question1:

Option C. Use Superposition theorem

Question 2:

Vth = 10V, Rth = 100 Ohms

When max. power is being transfered to load, load resistance = Thevenin's resistance, i.e, RL = Rth

So, voltage gets divided equally.

So, voltage across load is 5V, Option C is Correct

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