A current carrying closed loop of an irregular shape lying in more than one plane when placed in uniform magnetic field, the force acting on it
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An irregular closed loop carrying a current has a shape such that the entire loop cannot lie in a single plane. If it is a placed in a uniform magnetic field, the force acting on the loop. ... If closed loop carrying a single current is placed in uniform magnetic field, net magnetic force on loop is zero.
A current carrying loop is placed in a uniform magnetic field. The torqe acting on it does not depend upon
A current carrying closed loop in the form of right angle isosceles triangle abc is placed in uniform magnetic field acting along ab. if the magnetic force on the arm bc is f the force on the arm ac is. Thank your teacher & they could win INR75K.
A current-carrying closed loop of an irregular shape that lies in more than one plane when placed in a uniforms magnetic field, then the force acting in it is zero.
- The force acting due to the uniform electric field in the closed-loop is zero.
- The magnitude of the force is equal to the product of current, magnetic field, and length of wire and sine of the angle between the vector of length which is in the direction of current and direction of magnetic field
- Thus, the net force acting on a current-carrying loop in a uniform magnetic field is always zero.