Problem: Part ATwo loops are placed near-identical current carrying wires as shown in Case 1 and Case 2 below.For which loop is ∫B·dl greater?A. Case 1B. Case 2C. The integral is the same for both CasesPart BTwo loops are placed near current carrying wires as shown in Case 1 and Case 2 below.For which loop is ∫B·dl greater?A. Case 1B. Case 2C. The integral is the same for both CasesBriefly explain your reasoningPart BTwo loops are placed near current carrying wires as shown in Case 1 and Case 2 below. In both cases the direction of the current in the two wires are opposite to each other.For which loop is ∫B·dl greater?A. Case 1B. Case 2C. The integral is the same for both Cases

FREE Expert Solution

Ampere's law:

B·dl=μ0Ienclosed

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Problem Details

Part A

Case 1 Case 2

Two loops are placed near-identical current carrying wires as shown in Case 1 and Case 2 below.

For which loop is ∫B·dl greater?

A. Case 1

B. Case 2

C. The integral is the same for both Cases

Part B

Two loops are placed near current carrying wires as shown in Case 1 and Case 2 below.

For which loop is ∫B·dl greater?

A. Case 1

B. Case 2

C. The integral is the same for both Cases

Briefly explain your reasoning

Part B

Two loops are placed near current carrying wires as shown in Case 1 and Case 2 below. In both cases the direction of the current in the two wires are opposite to each other.

For which loop is ∫B·dl greater?

A. Case 1

B. Case 2

C. The integral is the same for both Cases

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