[" An electric dipole moment "],[vec P=(2.hat 0hat i+3.0hat j)mu Cm" is placed in a uniform "],[" electric field "vec E=(3.0hat i+2.0hat k)times10^(5)NC^(-1)]

An electric dipole moment vec P = ( 2. 0 hat I + 3 . 0 hat j) mu C m is placed in a uniform electric field vec E = (3 hat I + 2 . 0hat k ) xx 10^5 N C^(-1) .

An electric dipole moment vec P = ( 2. 0 hat I + 3 . 0 hat j) mu C . M is placed in a usifrom electric field vec E = (3 hat I + 2 . 0hat k ) xx 10^5 N C^(-1) .

[" An electric dipole with dipole moment "],[vec p=(hat 3+4hat jmath)C-m," is kept in electric field "],[vec E=0.4kN/Chat i" .What is the torque acting "],[" on it & the potential energy of the dipole? "],[[" (A) "1600(N times m)hat k,-1200J],[" (B) "-1600(N times m)hat k,1200J],[" (C) ",-1600(N times m)hat k,-1200J],[" (D) ",1600(N times m)hat k,1200J]]

A surface element vec(ds) = 5 hat(i) is placed in an electric field vec(E) = 4 hat(i) + 4 hat(j) + 4 hat(k) . What is the electric flux emanting from the surface ?

A surface element vec(ds) = 5 hat(i) is placed in an electric field vec(E) = 4 hat(i) + 4 hat(j) + 4 hat(k) . What is the electric flux emanting from the surface ?

Compute vec a*(vec b xx vec c) where vec a = 2 hat i+ hat j + 3 hat k, vec b= - hat i +2 hat j + hat k and vec c = 3 hat i +hat j +2 hat k .

Find vec a.(vec b xx vec c) , if vec a = 2 hat i + hat j + 3 hat k, vec b = - hat i + 2 hat j + hat k and vec c = 3 hat i + hat j + 2 hat k .

Find vec a .(vec b × vec c) if vec a = 2 hat i+1 hat j+3 hat k and vec b=-1 hat i+2 hat j + hat k and vec c = 3 hat i + hat j +2 hat k