Question Detail

PHY 102 Electromagnetic Induction 1 Objective Question
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Question

What is a key characteristic that distinguishes an induced electric field (E) from a conservative electrostatic field (Ee), as outlined in the document?
Options
A An induced electric field can only exist in a vacuum.
B An induced electric field is conservative, while an electrostatic field is not.
C The line integral of an induced electric field over a closed path is generally non-zero.
Correct Answer
D An induced electric field does not exert force on charges.
Correct Answer

Option C is the correct answer.

Detailed Explanation

Slide 29 states that for an electrostatic field, ∮ Ee ⋅ dl = 0, but the induced electric field E is NOT conservative. Slide 30's comparison table explicitly shows ∮ E ⋅ dl ≠ 0 for the induced electric field.

Hint

Consider the definitions of conservative fields and their line integrals over closed paths.

Question Info

Course: PHY 102
Topic: Electromagnetic Induction 1
Type: Objective
Difficulty: Not specified
Question 645 of 1819
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