Respuesta :
Answer:
-force left - force down, - force the right - force up -force exiting screen -force ZERO
Explanation:
The force for the electric and magnetic fields is given by the equations
F = q E (1)
F = q v x B (2)
Let's analyze each situation
- Positive charge electric field on the left. From equation 1, we see that the force goes to the left
- Negative charge electric field up, force down,
- Positive charge move towards the magnetic field screen up, we apply the law of the right hand, force the right
- Negative charge move left magnetic field towards the screen force up
- Positive charge moves up electric field exiting screen, force exiting screen
- Positive charge moves magnetic field down, force ZERO speed and parallel field
(A) The force will point to the left.
(B) The direction of the force is downwards.
(C) The force will point into the screen.
(D) The force will point out of the screen.
(E) The force will point downwards.
By convention the electric field and force are always pointing the same way for a positive charge and opposite for a negative charge.
- A positive charge within an electric field that points to the left, the force will point to the left.
- A negative charge within an electric field that points upward, the direction of the force is downwards.
- A positive charge moving into the screen in a magnetic field that points upward, the force will point into the screen.
- A positive charge moving upward in an electric field that points out of the screen, the force will point out of the screen.
- A positive charge moving downward in a magnetic field that points upward, the force will point downwards.
Learn more about direction of force for positive and negative charges here: https://brainly.com/question/19076014
