An electric field of `20 N//C` exists along the x-axis in space. Calculate the potential difference `V_B - V_A` where the points A and B are given by
a. `A=(0,0), B=(4m, 2m)`
b. `A=(4m,2m),B=(6m,5m)`

An electric field of 20N/C exists along the X-axis in space. Calculate the potential difference VB - VA where the points A and B are given by, A = (0,0), B = (4m, 2m)

An electric field of 20N/C exists along the X-axis in space. Calculate the potential difference VB - VA where the points A and B are given by, A = (0,0), B (6m, 5m)

An electric field of 20N/C exists along the X-axis in space. Calculate the potential difference VB - VA where the points A and B are given by, A = (4m, 2m), B = (6m, 5m)

An electric field of 10 N/C exists along the x-axis in space. Calculate the potential difference V_(B)-V_(A) where the points A and B are given by - (a) A = (0, 0), B = (8m, 3m), (b) A = (8m, 3m) , B = (12m, 6m) (c) A = (0, 0) , B = (12m, 6m)

An electric field of 20 N/C exists along the negative x-axis in space. Calculate the potential difference V_(B)-V_(A) , where the points A and B are given by : (a) A= (0, 0), B=(0, 4m) (b) A=(2m, 1m), B=(4m, 3m)

A uniform electric field of 30NC^(-1) exists along the X-axis calculate the potential difference V_(B)-V_(A) between the points A (4m,2m) and B(10m,5m).

A uniform electric field of 400 V/m is directed at 45^@ above the x-axis as shown in the figure. The potential difference V_A-V_B is given by

A uniform electric field of 400 V/m is directed at 45^@ above the x-axis as shown in the figure. The potential difference V_A-V_B is given by

Assume that an electric field vecE=30x^2hati exists in space. Then the potential difference V_A-V_O , where V_O is the potential at the origin and V_A the potential at x=2m is: