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Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.

Is Thevenin’s theorem applicable to both AC and DC circuits?

In your opinion, when finding the Thevenin equivalent as seen by the load for the below circuit, would it be easier to use source transformation or Superposition? Provide both solutions and explain your approach.