Question

True or False? The surfaces of equal potential around an infinite charged plane are parallel to the plane (i.e. the surfaces never intersect the charged plane). False True [5 points] Suppose I center a conducting sphere of charge (radius R, total charge +Q) at the origin. How much energy would it take to move a point charge (total charge +q) from the surface of the sphere (r = R) to the center of the sphere (r = 0)? E = kq / R

Answer 1

Answer:

true

Explanation:

the sun hits it ig idek

Answer 2

The surfaces of equal potential around an infinite charged plane are parallel to the plane: True.

The surfaces around an infinite charged plane.

According to the law of electrostatic forces, the surfaces of equal potential around an infinite charged plane are always parallel to the plane because they cannot intersect the charged plane.

Since this conducting sphere of charge is centered at the origin (0), the quantity of energy that would be required to move a point charge from the surface of this sphere (r = R) to the center of the sphere is given by:

E = qV

E = q × 0

E = 0 Joules.

Read more on charge here: brainly.com/question/4313738

#SPJ9