Four tiny charged particles (two having a charge $+ Q$ and two having a charge $- Q$ ) are distributed on the $x$ - and $y$ -axes as shown in the figure. Each charge is equidistant from the origin. In which direction is the net electric field at the point $P$ on the $y$ -axis?

Question

Four tiny charged particles (two having a charge

+ Q

and two having a charge

- Q

) are distributed on the

x

- and

y

-axes as shown in the figure. Each charge is equidistant from the origin. In which direction is the net electric field at the point

P

on the

y

-axis?

Four tiny charged particles (two having a charge + Q and two having a charge - Q ) are distributed on the x - and y -axes as shown in the figure. Each charge is equidistant from the origin. In which direction is the net electric field at the point P on the y -axis? A) upwards and towards the left B) directly left ( - x direction) C) upwards and towards the right D) directly up (in the + y direction) E) The net field is zero, so there is no direction.

Quizplus · Accepted Answer

The Answer of Four tiny charged particles (two having a charge $+ Q$ and two having a charge $- Q$ ) are distributed on the $x$ - and $y$-axes as shown in the figure. Each charge is equidistant from the origin. In which direction is the net electric field at the point $P$ on the $y$-axis?

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

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