The power electromagnetic force (EMF) induced in a rectangular loop moving out of a magnetic field with velocity V is given by the following expression:
EMF = Blv
where B is the magnetic field strength, l is the length of the sides of the rectangular loop, and v is the velocity of the loop.
The force acting on the rectangular loop can be calculated using the following expression:
Force = BlvI
where I is the current flowing through the loop.
Therefore, the expression for the power EMF induced current and force acting on a rectangular loop moving out of a magnetic field with velocity V is given by:
Answers & Comments
Verified answer
The power electromagnetic force (EMF) induced in a rectangular loop moving out of a magnetic field with velocity V is given by the following expression:
EMF = Blv
where B is the magnetic field strength, l is the length of the sides of the rectangular loop, and v is the velocity of the loop.
The force acting on the rectangular loop can be calculated using the following expression:
Force = BlvI
where I is the current flowing through the loop.
Therefore, the expression for the power EMF induced current and force acting on a rectangular loop moving out of a magnetic field with velocity V is given by:
Power EMF = Blv
Force = BlvI
Explanation:
printerst se bhi chala gy chat option bro