I got it ... I have learned this in a wrong way but now I know what was wrong ... Thanks a lotergospherical said:
The value of "dx" in a straight line of electric charge can be calculated by dividing the total length of the line by the number of charges present in the line.
"dx" represents the distance between two adjacent charges in a straight line of electric charge. It is an important parameter in determining the electric field intensity at a specific point along the line.
Yes, "dx" can vary in a straight line of electric charge depending on the distribution of charges along the line. If the charges are evenly spaced, "dx" will remain constant, but if the charges are not evenly spaced, "dx" will vary.
The value of "dx" directly affects the electric field intensity in a straight line of electric charge. As "dx" decreases, the electric field intensity increases, and vice versa.
Yes, the formula for calculating "dx" in a straight line of electric charge is "dx = L / N", where L is the total length of the line and N is the number of charges present in the line.