The image shows the electric field lines around two charged particles. 2 balls separated vertically. Lines with arrowheads run from the top ball to the bottom ball, curving more and more outward and then inward as they occur further from the shortest line connecting the balls. Curved lines with arrowheads point to the bottom ball from below and from the top ball upward.
Label 1 is at the top left of the whole diagram.
Label 2 is at the top right somewhat closer to the top ball than 1.
Label 3 is several lines to the left of 4.
Label 4 is midway between the balls on the shortest line connecting them.
At which position would the electric force be greatest?
Answers
Answer:
Brainiest me
Explanation:
I'm not sure why I have to be true, but if it is or isn't certainly ii is false.
The reason is that the electric force that either charge exerts on the other, regardless of the charges are equal or not, is the same magnitude and is proportional to the product of the charges.
This is also expected from Newton's Third Law, which says (in the context of your problem) "If Q exerts a force on P then P will exert an equal but opposite force on Q"
confident - if they're released at an identical time. whether the two attempt costs have an identical value and mass, they're going to adventure a repulsive coulomb tension besides to the strain of the electrically powered field on each value. in truth, they alter the electrically powered field of their prompt place. of direction, if they're oppositely charged, also, they're going to take 2 different paths.
label 3
i hope this helps all of you bye