A smple of HCl gas is placed in an electric field of `2.5xx 10^4 NC^(-1)`. The dipole moment of

A sample of HCl gas is placed in an electrical field of 3 xx 10^(4)NC^(-1) . The dipole moment of each HCl molecule is 6 xx 10^(-30) C -m . The maximum torque that can act on a moleucle is

A circular plane sheet of radius 10 cm is placed in a uniform electric field of 5xx10^(5) NC^(-1) , making an angle of 60^(@) with the field. Calculate electric flux through the sheet.

An electric dipole consisting of two opposite charges of 2xx10^(-6)C each separated by a distance of 3 cm is placed in an electirc field of 2xx10^(5)N//C . The maximum torque on the dipole is will be

An electric dipole, made up of a positive and negative charge, each of 1 mC and placed at a distannce 2 cm apat. If the dipole is placed in an electric field of 10^(5)NC^(-1) , then calculate the maximum torque.

An alpha -particle is situated in an electric field of 1.5xx10^(5) NC^(-1) . Determine the force exerted on it.

An electric dipole consists of two opposite charges of magnitude 1//3xx10^(-7)C , separated by 2 cm. The dipole is placed in an external field of 3xx10^(7) NC^(-1) . What maximum torque does the electrc field exert on the dipole ?

Two point-charges +2e and -2 e are situated at a distance of 2.4 Å from each other and constitude an electric dipole. This dipole is placed in a uniform electric field of 4.0 xx 10^(5) "Vm"^(-1) . Calculate (i) electric dipole moment, (ii) potential energy of the dipole in equilibrium position, (iii) work done in rotating the dipole through 180^(@) from the equilibrium position.

An electric dipole consists of two opposite charges each 0.05 mu C separated by 30 mm. The dipole is placed in an uniform external electric field of 10^(6)NC^(-1) . The maximum torque exerted by the field on the dipole is

An electric dipole consists of two equal and opposite charges placed 2 cm apart. When the dipole is placed in a uniform electric field of strength 10^(5)NC^(-1) , it experiences a maximum torque of 0.2xx10^(-3)Nm . Find the magnitude of each charge