358155 An electric dipole is placed in an electric field generated by a point charge

358156 When an electric dipole \(p\) is placed in a uniform electric field \(E\), then at what angle between \(p\) and \(E\) the value of torque will be minimum?

358157 An electric dipole has the magnitude of its charge as \(q\) and its dipole moment is \(p\). It is placed in uniform electric field \(E\). If its dipole moment is along the direction of the field, the force on it is

358158 A dipole comprises of two charged particles of identical magnitude \(q\) and opposite in nature. The mass ' \(m\) ' of the positive charged particle is half of the mass of the negative charged particle. The two charges are separated by a distance ' \(l\) ' the dipole is pivoted at the mid point of dipole axis. If the dipole is placed in a uniform electric field \(\vec{E}\); in such a way that dipole axis makes a very small angle with the electric field \(\vec{E}\). The angular frequency of the oscillations of the dipole when released is given by

358155 An electric dipole is placed in an electric field generated by a point charge

358156 When an electric dipole \(p\) is placed in a uniform electric field \(E\), then at what angle between \(p\) and \(E\) the value of torque will be minimum?

358157 An electric dipole has the magnitude of its charge as \(q\) and its dipole moment is \(p\). It is placed in uniform electric field \(E\). If its dipole moment is along the direction of the field, the force on it is

358158 A dipole comprises of two charged particles of identical magnitude \(q\) and opposite in nature. The mass ' \(m\) ' of the positive charged particle is half of the mass of the negative charged particle. The two charges are separated by a distance ' \(l\) ' the dipole is pivoted at the mid point of dipole axis. If the dipole is placed in a uniform electric field \(\vec{E}\); in such a way that dipole axis makes a very small angle with the electric field \(\vec{E}\). The angular frequency of the oscillations of the dipole when released is given by

358155 An electric dipole is placed in an electric field generated by a point charge

358156 When an electric dipole \(p\) is placed in a uniform electric field \(E\), then at what angle between \(p\) and \(E\) the value of torque will be minimum?

358157 An electric dipole has the magnitude of its charge as \(q\) and its dipole moment is \(p\). It is placed in uniform electric field \(E\). If its dipole moment is along the direction of the field, the force on it is

358158 A dipole comprises of two charged particles of identical magnitude \(q\) and opposite in nature. The mass ' \(m\) ' of the positive charged particle is half of the mass of the negative charged particle. The two charges are separated by a distance ' \(l\) ' the dipole is pivoted at the mid point of dipole axis. If the dipole is placed in a uniform electric field \(\vec{E}\); in such a way that dipole axis makes a very small angle with the electric field \(\vec{E}\). The angular frequency of the oscillations of the dipole when released is given by

358155 An electric dipole is placed in an electric field generated by a point charge

358156 When an electric dipole \(p\) is placed in a uniform electric field \(E\), then at what angle between \(p\) and \(E\) the value of torque will be minimum?

358157 An electric dipole has the magnitude of its charge as \(q\) and its dipole moment is \(p\). It is placed in uniform electric field \(E\). If its dipole moment is along the direction of the field, the force on it is

358158 A dipole comprises of two charged particles of identical magnitude \(q\) and opposite in nature. The mass ' \(m\) ' of the positive charged particle is half of the mass of the negative charged particle. The two charges are separated by a distance ' \(l\) ' the dipole is pivoted at the mid point of dipole axis. If the dipole is placed in a uniform electric field \(\vec{E}\); in such a way that dipole axis makes a very small angle with the electric field \(\vec{E}\). The angular frequency of the oscillations of the dipole when released is given by