Match List-I with List-II
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List-I Maxwell's Equations in Vacuum (Left part) |
List-II Maxwell's Equations in Vacuum (Right part) |
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(A) $\int \vec B.\vec{dl}$ |
(I) $-(d{\phi}_B/dt)$ |
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(B) $\int \vec E.\vec{dA}$ |
(II) 0 |
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(C) $\int \vec E.\vec{dl}$ |
(III) $Q/ε_0$ |
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(D) $\int \vec B.\vec{dA}$ |
(IV) $μ_0\, i_c+ μ_0ε_0 (d{\phi}_E/dt)$ |
Choose the correct answer from the options given below:
Answer & explanation
Correct answer: option 2
The correct answer is Option (2) → (A)-(IV), (B)-(III), (C)-(I), (D)-(II)
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List-I Maxwell's Equations in Vacuum (Left part) |
List-II Maxwell's Equations in Vacuum (Right part) |
|
(A) $\int \vec B.\vec{dl}$ |
(IV) $μ_0\, i_c+ μ_0ε_0 (d{\phi}_E/dt)$ |
|
(B) $\int \vec E.\vec{dA}$ |
(III) $Q/ε_0$ |
|
(C) $\int \vec E.\vec{dl}$ |
(I) $-(d{\phi}_B/dt)$ |
|
(D) $\int \vec B.\vec{dA}$ |
(II) 0 |