363032 An electron (\(e\)) is revolving in a circular orbit of radius \(r\) in hydrogen atom. The angular momentum of the electron is (\(M=\) magnetic dipole moment associated with it and \(m=\) mass of electron)

363033 The gyro - magnetic ratio of an electron in an \(H\)-atom according to Bohr model is
(i) Independent of which orbit it is in
(ii) Negative
(iii) Positive
(iv) Increases with the quantum number ' \(n\) '.

363034 A straight conductor of mass \(m\) and carrying a current \('i'\) is hinged at one end and placed in a plane perpendicular to the magnetic field of intensity \(B\) as shown in the figure. At any moment if the conductor is left free, then the angular acceleration of the conductor will be (Assume gravity free region)

363035 Assertion :
A rectangular current loop is in an arbitrary orientation in an extenal uniform magnetic field. No work is required to rotate the loop about an axis perpendicular to its plane.
Reason :
All positions represent the same level of energy.

363032 An electron (\(e\)) is revolving in a circular orbit of radius \(r\) in hydrogen atom. The angular momentum of the electron is (\(M=\) magnetic dipole moment associated with it and \(m=\) mass of electron)

363033 The gyro - magnetic ratio of an electron in an \(H\)-atom according to Bohr model is
(i) Independent of which orbit it is in
(ii) Negative
(iii) Positive
(iv) Increases with the quantum number ' \(n\) '.

363034 A straight conductor of mass \(m\) and carrying a current \('i'\) is hinged at one end and placed in a plane perpendicular to the magnetic field of intensity \(B\) as shown in the figure. At any moment if the conductor is left free, then the angular acceleration of the conductor will be (Assume gravity free region)

363035 Assertion :
A rectangular current loop is in an arbitrary orientation in an extenal uniform magnetic field. No work is required to rotate the loop about an axis perpendicular to its plane.
Reason :
All positions represent the same level of energy.

363032 An electron (\(e\)) is revolving in a circular orbit of radius \(r\) in hydrogen atom. The angular momentum of the electron is (\(M=\) magnetic dipole moment associated with it and \(m=\) mass of electron)

363033 The gyro - magnetic ratio of an electron in an \(H\)-atom according to Bohr model is
(i) Independent of which orbit it is in
(ii) Negative
(iii) Positive
(iv) Increases with the quantum number ' \(n\) '.

363034 A straight conductor of mass \(m\) and carrying a current \('i'\) is hinged at one end and placed in a plane perpendicular to the magnetic field of intensity \(B\) as shown in the figure. At any moment if the conductor is left free, then the angular acceleration of the conductor will be (Assume gravity free region)

363035 Assertion :
A rectangular current loop is in an arbitrary orientation in an extenal uniform magnetic field. No work is required to rotate the loop about an axis perpendicular to its plane.
Reason :
All positions represent the same level of energy.

363032 An electron (\(e\)) is revolving in a circular orbit of radius \(r\) in hydrogen atom. The angular momentum of the electron is (\(M=\) magnetic dipole moment associated with it and \(m=\) mass of electron)

363033 The gyro - magnetic ratio of an electron in an \(H\)-atom according to Bohr model is
(i) Independent of which orbit it is in
(ii) Negative
(iii) Positive
(iv) Increases with the quantum number ' \(n\) '.

363034 A straight conductor of mass \(m\) and carrying a current \('i'\) is hinged at one end and placed in a plane perpendicular to the magnetic field of intensity \(B\) as shown in the figure. At any moment if the conductor is left free, then the angular acceleration of the conductor will be (Assume gravity free region)

363035 Assertion :
A rectangular current loop is in an arbitrary orientation in an extenal uniform magnetic field. No work is required to rotate the loop about an axis perpendicular to its plane.
Reason :
All positions represent the same level of energy.