363054 A current carrying loop is free to turn in a uniform magnetic field. The loop will then come into equilibrium when its plane is inclined at

363055 Assertion :
The net force on a closed circular current carryong loop placed in uniform magnetic field is zero.
Reason :
The torque produced in a conducting circular ring is zero when it is placed in a uniform magnetic field such that magnetic field is perpendicular to the plane of loop.

363056 A current carrying circular coil, suspended freely in a uniform external magnetic field orients to a position of stable equilibrium. In this state:

363057 Four wires each of length 0.2\(m\) are bent into four different shapes \(P, Q, R\) and \(S\) as shown in figures and then suspended into a uniform magnetic field. Same current is passed in each loop then

363054 A current carrying loop is free to turn in a uniform magnetic field. The loop will then come into equilibrium when its plane is inclined at

363055 Assertion :
The net force on a closed circular current carryong loop placed in uniform magnetic field is zero.
Reason :
The torque produced in a conducting circular ring is zero when it is placed in a uniform magnetic field such that magnetic field is perpendicular to the plane of loop.

363056 A current carrying circular coil, suspended freely in a uniform external magnetic field orients to a position of stable equilibrium. In this state:

363057 Four wires each of length 0.2\(m\) are bent into four different shapes \(P, Q, R\) and \(S\) as shown in figures and then suspended into a uniform magnetic field. Same current is passed in each loop then

363054 A current carrying loop is free to turn in a uniform magnetic field. The loop will then come into equilibrium when its plane is inclined at

363055 Assertion :
The net force on a closed circular current carryong loop placed in uniform magnetic field is zero.
Reason :
The torque produced in a conducting circular ring is zero when it is placed in a uniform magnetic field such that magnetic field is perpendicular to the plane of loop.

363056 A current carrying circular coil, suspended freely in a uniform external magnetic field orients to a position of stable equilibrium. In this state:

363057 Four wires each of length 0.2\(m\) are bent into four different shapes \(P, Q, R\) and \(S\) as shown in figures and then suspended into a uniform magnetic field. Same current is passed in each loop then

363054 A current carrying loop is free to turn in a uniform magnetic field. The loop will then come into equilibrium when its plane is inclined at

363055 Assertion :
The net force on a closed circular current carryong loop placed in uniform magnetic field is zero.
Reason :
The torque produced in a conducting circular ring is zero when it is placed in a uniform magnetic field such that magnetic field is perpendicular to the plane of loop.

363056 A current carrying circular coil, suspended freely in a uniform external magnetic field orients to a position of stable equilibrium. In this state:

363057 Four wires each of length 0.2\(m\) are bent into four different shapes \(P, Q, R\) and \(S\) as shown in figures and then suspended into a uniform magnetic field. Same current is passed in each loop then