Four charged particles (two having a charge $+ Q$ and two having a charge $- Q$ ) are arranged in the $x y$ -plane as shown in the figure. The charges are all equidistant from the origin. The amount of work required to move a positively charged particle from point $P$ to point $O$ (both of which are on the $z$ -axis) is

Question

Four charged particles (two having a charge

+ Q

and two having a charge

- Q

) are arranged in the

x y

-plane as shown in the figure. The charges are all equidistant from the origin. The amount of work required to move a positively charged particle from point

P

to point

O

(both of which are on the

z

-axis) is
Four charged particles (two having a charge + Q and two having a charge - Q ) are arranged in the x y -plane as shown in the figure. The charges are all equidistant from the origin. The amount of work required to move a positively charged particle from point P to point O (both of which are on the z -axis) is A) positive. B) negative. C) zero. D) depends on the path in which the charged is moved.

Four charged particles (two having a charge + Q and two having a charge - Q ) are arranged in the x y -plane as shown in the figure. The charges are all equidistant from the origin. The amount of work required to move a positively charged particle from point P to point O (both of which are on the z -axis) is A) positive. B) negative. C) zero. D) depends on the path in which the charged is moved.

Quizplus · Accepted Answer

The Answer of Four charged particles (two having a charge $+ Q$ and two having a charge $- Q$ ) are arranged in the $x y$-plane as shown in the figure. The charges are all equidistant from the origin. The amount of work required to move a positively charged particle from point $P$ to point $O$ (both of which are on the $z$-axis) is

Four Charged Particles (Two Having a Charge +Q+ Q+Q And Two Having a Charge

Four Charged Particles (Two Having a Charge $+ Q$ And Two Having a Charge