Question

state and explain the rule to determine the direction of current induced in a coil due to its rotation in a magnetic field​

Answer 1

Fleming Right hand Rule

If we stretch our Thumb, Forefinger and middle finger such that. Thumb point toward direction of force acting on object and align forefinger to direction of magnatic field our middle finger will point toward direction of current.

↑

|Direction of magnatic field

|

|

|

|_____________Direction of Force»

/.

/

/

/

↓induded electric Current

Note:-They are mutually perpendicular to each other.

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Answer 2

$\bf\huge\underline\mathfrak\purple{Question}$

State and explain the rule to determine the direction of current induced in a coil due to its rotation in a magnetic field.

$\bf\huge\underline\mathfrak\pink{Answer}$

Fleming's right hand rule

If the forefinger, centre finger and thumb of right hand are stretched mutually perpendicular and four finger points in direction of magnetic field, thumb points in the direction of motion of conductor, then centre finger points in the direction of induced current.