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Consider the following statements \[\] Statement 1: A magnetic field interacts with a moving charge and not with a stationary charge \[\] Statement 2: A moving charge produces a magnetic field

$\begin {array} {1 1} (a)\;Both\: the\: statements\: are\: true.\: Statement \: 2\: is \: a \: correct\: explanation\: of \: statement\: 1 \\ (b)\;Both\: the\: statements\: are\: true.\: Statement \: 2\: is \: a \: correct\: explanation\: of \: statement\: 1 \\ (c)\;Statement \: 1 \: is \: true, \: statement\: 2\: is\: false\\ (d)\;Statement \: 2 \: is \: true, \: statement\: 1\: is\: false \end {array}$

 

1 Answer

Stationary charge does not experience any induced electric field in a uniform magnetic field.
Moving charges produce magnetic field and magnetic interactions takes place between external magnetic field and field produced by moving charge.
Both statements are true and statement 2 is a correct explanation of statement 1.
Ans : (a)
answered Feb 25, 2014 by thanvigandhi_1
edited Mar 7 by priyanka.c
 

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