Find potential difference `V_(AB)` between `A(0,0,0) and `B(1m,1m,1m)` in an electric field a. `E-yhati+xhatj` b. `E=3x^2yhati+x^3hatj`

Find the potential difference V_(AB) between A (0,0,0) and B (1 m , 1 m,1 m) in an electric field : (i) vec E = (y hat i + x hat j) Vm^-1 (ii) vec E = (3 x^2 y hat i + x^3 hat j) Vm^-1 .

Find the potential difference V_(AB) between A (0,0,0) and B (1 m , 1 m,1 m) in an electric field : (i) vec E = (y hat i + x hat j) Vm^-1 (ii) vec E = (3 x^2 y hat i + x^3 hat j) Vm^-1 .

Find the potential difference V_(AB) between A(2m, 1m, 0) and B(0, 2m, 4m) in an electric field, E=(xhati-2yhatj+zhatk)V/m

Find the potential difference V_(AB) between A(2m, 1m, 0) and B(0, 2m, 4m) in an electric field, E=(xhati-2yhatj+zhatk)V/m

The potential difference between two points A(2,1,0)m and B(0,2,4) m in an electric field (x hat(i) - 2 yhat(j) + z hat(k) ) Vm^(-1) is

A uniform electric field is along x-axis. The potential difference V_(A)-V_(B)=10 V is between two points A (2m, 3m) and (4m, 8m). Find the electric field intensity.

A uniform electric field is along x-axis. The potential difference V_(A)-V_(B)=10 V is between two points A (2m, 3m) and (4m, 8m). Find the electric field intensity.

Potential difference between two points (V_(A) - V_(B)) in an electric field E = (2 hat(i) - 4 hat(j)) N//C , where A = (0, 0) and B = (3m, 4m) is

Potential difference between two points (V_(A) - V_(B)) in an electric field E = (2 hat(i) - 4 hat(j)) N//C , where A = (0, 0) and B = (3m, 4m) is

Magnitude of electric field only on the x-coordinate as vec(E)=20/x^(2) hat(i) V//m . Find (i) The potential difference between two points A (5m, 0) and B (10m, 0). (ii) Potential at x = 5 if V at oo is 10 volt.