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When a conductor carries current, it means that charges (typically electrons) are in motion inside the conductor. A magnetic field exerts a force on these moving charges , not on stationary ones. This force is given by the Lorentz force law : 
This interaction causes the entire conductor to experience a mechanical force when placed in a magnetic field.
Statements: M = R ≥ S , N = O > Q, Q > W = A < S
Conclusions :I. N ≥ S
II. W > R
III. O ≤ S
...Statement:M = C ≥ A = V < Q = S
Conclusions:
I. M ≥ V
II. A < S
Statements: C ≥ V > Q = F ≥ Y; Y > L > O ≥ K
Conclusions: I. O < Q II. K ≤ Y
Statements: N % X & F @ R $ S; Q % N # O
Conclusions:
I. S % X
II. N % F
III. Q @ R
...Which of the following symbols should be placed in the blank spaces respectively (in the same order from left to right) in order to complete the given e...
In the question, assuming the given statements to be true, find which of the conclusion (s) among given three conclusions is /are definitely true and t...
Statement: G ≤ J; G ≤ I; J = K; I < S
Conclusion:
I. S ≤ J
II. K ≥ S
Statements: Z > V = J; V > I; A ≤ D ≤ F = Z
Conclusions:
I. V < D
II. F > J
III. J > I
Statement: M < N ≤ O = P, Q ≥ O ≤ R ≤ Z
Conclusion: I. Q > M II. Z > M
...Statements: T = U, V < M, W ≥ T, U ≤ V
Conclusion:
I. U ≤ W
II. M > U
