A square of side 'a' is lying in xy plane such that two of its sides are lying on the axis. If an electric field `vec(E)=E_(0)xhat(k)` is applied on the square. The flux passing through the square is :

A square of side LM lies in the xy plane in a region, when the magnetic field is given by vecB=B_0(2 hat i+3 hat j+4 hatk) T where B_0 is constant. The magnitude of flux passing through the square is …..Wb.

A square of side L meters lies in the xy-plane in a region, where the magnetic field is given by vecB=B_0 (2hati+3hatj+4hatk)T where B_0 is constant. The magnitude of flux passing through the square is

A cube of side a is placed in a uniform electric field E = E_(0) hat(i) + E_(0) hat(j) + E_(0) k . Total electric flux passing through the cube would be

A cube of side a is placed in a uniform electric field E = E_(0) hat(i) + E_(0) hat(j) + E_(0) k . Total electric flux passing through the cube would be

A square surface of side L m is in the plane of the paper. A uniform electric field vec(E )(V//m) , also in the plane of the paper, is limited only to the lower half of the square surface (see figure). The electric flux in SI units associated with the surface is:

A square surface of side L m is in the plane of the paper. A uniform electric field vec(E )(V//m) , also in the plane of the paper, is limited only to the lower half of the square surface (see figure). The electric flux in SI units associated with the surface is:

A square surface of side L meter in the plane of the paper is placed in a uniform electric field E(volt/m) acting along the same plane at an angle with the horizontal side of the square as shown in figure. The electric flux linked to the surface,in units of volt−m, is

A square surface of side L metre in the plane of the paper is placed in a uniform electric field E(volt//m) acting along the same plane at an angle theta with the horizontal side of the square as shown in figure.The electric flux linked to the surface in units of volt meter is:

A square surface of side L meter in the plane of the paper is placed in a uniform electric field E (volt/m) acting along the same plane at an angle θ with the horizontal side of the square as shown in figure. The electric flux linked to the surface, in units of volt-m, is –