The electric potetnial in a region along x-axis varies with `x` according to the releation `V(x) = 4 xx 5x^(2)`. Then the incorrect statement is

The electric potential V(x) in a region along the X-axis varies with the distance x (in metre) according to the relation V(x) = 4x^2 . Calculate the force experienced by a 1muC charge placed at point x = 1 m.

The electric potential V(x) in a region along the x-axis varies with the distance x (in metre) according to V(x) = 4x^(2) . Calculate the force experienced by a 1 muC charge placed at x = 1m.

The electric potential (V) in volts varies with x (in metre) according to the relation V = 5 + 4x^(2) . The force experienced by a negative charge of 2 mu C located at x = 0.5 m is

The electric potential (V) in volts varies with x (in metre) according to the relation V = 5 + 4x^(2) . The force experienced by a negative charge of 2 mu C located at x = 0.5 m is

The electric potential V ( in volt) varies with x ( in meter) a according to the reltion V = 15 + 4x^(2) . The force experience by a negative charge of 2 c located at x= 5 m is n N. Find n.

The electric potential V ( in volt) varies with x ( in meter) a according to the reltion V = 15 + 4x^(2) . The force experience by a negative charge of 2 c located at x= 5 m is n N. Find n.

The electric potential V (in volt) varies with x (in metre) according to the relation V =5+4x^(2) The force experienced by a negative charge of 2times10^(-6) C located at x= 0.5m is z times10^(-6) N.then the value of z is

The electric potential V (in volt) varies with x (in metre) according to the relation V=5+4x^(2) The force experienced by a negative charge of 2times10^(-6) C located at x=0.5 m is z times10^(-6) N then the value of z is ?

The electric potential V (in volt) varies with x (in metre) according to the relation V=5+4x^(2) The force experienced by a negative charge of 2times10^(-6) Clocated at x=0.5misz times10^(-6)N then the value of z is