The position of the hand shown in the figure corresponds to one of Fleming's rules.
(a) Which Fleming's rule is illustrated by this hand?
(b) In this figure of hand, what is indicated
(i) by the direction of forefinger?
(ii) by the direction of thumb?
(iii) by the direction of center finger?
Answers
Explanation:
a) Fleming's left-hand rule.
b) When the conductor is exposed to a magnetic field, the conductor is subjected to force, on the other hand, an induced current is generated in the conductor. This causes a force that serves to move the conductor from an extra concentrated magnetic field to a less concentrated magnetic field, i.e. H. From the current position down.
i) The Fore finger will indicate the direction of the magnetic Field.
ii) The Thumb represents the direction of the motion of conductor. Meanwhile, the direct conductor is exposed to a magnetic field, force is applied to the wire. The direction of this force can be defined based upon Fleming's left-hand rule.
iii) The current passing through the conductor will be in the direction of the center finger.
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