Direction of rotation of a coil in electric motor is determined by
(a) fleming’s right hand rule
(b) fleming’s left hand rule
(c) faraday law of electromagnetic inductors
(d) None of above

Question

Direction of rotation of a coil in electric motor is determined by (a) fleming’s right hand rule (b) fleming’s left hand rule (c) faraday law of electromagnetic inductors (d) None of above

Pawan Prajapati · Answer

Answer: b Explanation: (b) Fleming’s left hand rule.

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Direction of rotation of a coil in electric motor is determined by (a) fleming’s right hand rule (b) fleming’s left hand rule (c) faraday law of electromagnetic inductors (d) None of above

Direction of rotation of a coil in electric motor is determined by
(a) fleming’s right hand rule
(b) fleming’s left hand rule
(c) faraday law of electromagnetic inductors
(d) None of above

1 Answers

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Direction of rotation of a coil in electric motor is determined by (a) fleming’s right hand rule (b) fleming’s left hand rule (c) faraday law of electromagnetic inductors (d) None of above

Direction of rotation of a coil in electric motor is determined by (a) fleming’s right hand rule (b) fleming’s left hand rule (c) faraday law of electromagnetic inductors (d) None of above

1 Answers

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Other Related Questions on 10 grade science

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Direction of rotation of a coil in electric motor is determined by
(a) fleming’s right hand rule
(b) fleming’s left hand rule
(c) faraday law of electromagnetic inductors
(d) None of above