An uniform electric field E exists along positive x-axis. The work done in moving a charge 0.5 C through a distance 2 m along a direction making an angle `60^(@)` with x-axis is 10 J. Then the magnitude of electric field is

There is an electric field E in x-direction. If the work done on moving a charge of 0.2C through a distance of 2 m along a line making an angle 60^@ with x-axis is 4 J, then what is the value of E?

There is an electric field E in x-direction. If the work done on moving a charge of 0.2C through a distance of 2m along a line making a angle 60^@ with x-axis is 4 J, then what is the value of E?

There is an electric field E in x-direction. If the work done on moving a charge of 0.2C through a distance of 2w m along a line making a angle 60^@ with x-axis is 4 J, then what is the value of E?

There is an electric field E in x-direction. If the work done on moving a charge of 0.2C through a distance of 2w m along a line making a angle 60^@ with x-axis is 4 J, then what is the value of E?

There is an electric field in + X-direction. If the work done on moving a charge of 0.2C through a distance of 2 m along a line making an angle of 60^(@) with + X-axis is 4j. The value of E is

There is and electric field E in the +x direction. If the work done by the electric field in moving a charges 0.2C through a distance of 2m along a line making an angle of 60^(@) with the x-axis is 1.0J , what is the value of E in NC^(-1) ?

There is and electric field E in the +x direction. If the work done by the electric field in moving a charges 0.2C through a distance of 2m along a line making an angle of 60^(@) with the x-axis is 1.0J , what is the value of E in NC^(-1) ?

Three is an electric field E in the x - direction. If the work done by the electric field in moving a charge of 0.2 C through a distance of 2 m along a line making an angle 60^(@) with the x- axis is 4 J , then what is the value of E ?