Question

Define Fleming's Right hand Rule?

Answer 1

Answer:

a mnemonic concerning the behaviour of a conductor moving in a magnetic field, according to which the directions of the magnetic field, the induced current, and the motion of the conductor are indicated respectively by the first finger, second finger, and thumb of the right hand when these are held out perpendicular to each other.

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Answer 2

$\huge{\boxed{\bf{\red{Fleming's \: Right \: Hand \: Rule.}}}}$

$\sf \: Moving \: a \: bar \: magnet \: towards \: a \: coil \: includes \\ \sf an \: electric \: current \: in \: the \: coil \: circuit, \: as \: indicated \\ \sf by \: deflection \: in \: the \: galvanometer \: needle. \: the \\ \sf direction \: of \: induced \: current \: is \: given \: by \: \red{ Fleming's }\\ \sf \red{right \: hand \: rule.}$

$\sf \: It \: states \: that, \: if \: forefinger, \: middle \: finger \: and \\ \sf thumb \: of \: the \: right \: hand \: aren \: streched \: at \: right \\ \sf anglesto \: each \: other, \: with \: the \: forefinger \: in \: the \\ \sf direction \: of \: the \: motion \: of \: the \: wire, \: then \: the \\ \sf induced \: current \: in \: the \: wire \: is \: in \: the \: direction \\ \sf of \: the \: middle \: finger.$