An electric dipole has a fixed dipole moment `vecp`, which makes angle `theta` with respect to x-aixs. When subjected to an electric field `vec(E)_(1)=Ehati`, it experiences a torque `vec(T)_(1)=tauhatk`. When subjected to another electric field `vec(E)_(2)=sqrt3Ehatj` it experiences a torque `vec(T)_(2)=-vec(T)_(1)`. The angle `theta` is

An electric dipole has a fixed dipole moment vec(p) , which makes angle theta with respect to x-axis. When subjected to an electric field vec(E_(1)) = E hat(i) , it experiences a torque vec(T_(1)) = tau hat(k) . When subjected to another electric field vec(E_(2)) = sqrt(3) E_(1) hat(j) , it experiences torque vec(T_(2)) = -vec(T_(1)) . The angle theta is

An electric dipole has a fixed dipole moment vec(p) , which makes angle theta with respect to x-axis. When subjected to an electric field vec(E_(1)) = E hat(i) , it experiences a torque vec(T_(1)) = tau hat(k) . When subjected to another electric field vec(E_(2)) = sqrt(3) E_(1) hat(j) , it experiences torque vec(T_(2)) = -vec(T_(1)) . The angle theta is

An electric dipole has a fixed dipole moment vecp which makes angle 9 with respect to X-axis. When subjected to an electric field vecE_(1) = Ejhati , it experience a torque vecT_(1) = tauveck When subjected to another electric field vecE_(2) = sqrt(3)E_(1)hatj it experiences a torque vecT_(2) - vecT_(1) . The angle theta is:

An electric dipole has a fixed dipole moment vec(p) ,which makes angle with respect to X-axis. When subjected to an electric field E_1=E_1 , it experience a torpue vec(tau)_1=tau hatk .When subjected to another electric field E_2=sqrt3E_1 hatl experiences a torque vec(tau)_2=tau_1 . The angle theta is:

An electric dipole has a fixed dipole moment P, which makes angle theta with respect to X-axis. When subjected to an electric field E_(1) = E hat(i) , it experiences a torque tau_(1) . When subjected to another electric field E_(2) = sqrt(3) E_(1) hat(j) , it experiences torque tau_(2) = - tau_(1) . Then angle theta is

The torque acting on an electric dipole of moment p held at an angle theta with an electric field E is ………. .

The torque acting on an electric dipole of moment p held at an angle theta with an electric field E is ………. .

An electric dipole is placed in a uniform electric field of strength ‘E’ at an angle theta with the field:- What is the torque acting on the dipole?

An electric dipole in a uniform electric field experiences (When it is placed at an angle theta with the field)