The trajectory of charged particles in an electric field a. must be along the electric field line always. b. must be tangential to the electric field line. c. is always circular. d. must be perpendicular to the electric field line. e. is always elliptical. f. is not the same as a field line, in general.

Question

09-10-2019
Physics

contestada

The trajectory of charged particles in an electric field a. must be along the electric field line always. b. must be tangential to the electric field line. c. is always circular. d. must be perpendicular to the electric field line. e. is always elliptical. f. is not the same as a field line, in general.

Respuesta :

Otras preguntas

Here's a story problem...."Rita's wants to estimate the number of beans in a large jar. She takes out 100. she takes out 100 beans and marks them. Then she ret

if arctan(3/5)=K Tan(k)=?

Here's a story problem...."Rita's wants to estimate the number of beans in a large jar. She takes out 100. she takes out 100 beans and marks them. Then she ret

if arctan(3/5)=K Tan(k)=?

Suppose theta= 11pi/12. How do you use the sum identity to find the exact value of sin theta?

How do you find the perimeter of a dented square?

Suppose theta= 11pi/12. How do you use the sum identity to find the exact value of sin theta?

sebasacevedop sebasacevedop · Answer 1 · 2019-10-12T01:48:32+02:00

Answer:

a. must be along the electric field line always.

Explanation:

A charged particle in a region where there is an electric field, experiences a force equal to the product of its charge by the intensity of the electric field. If the charge is positive, the force exerted by the electric field is in the direction of the field lines. If the charge is negative, the force exerted by the electric field is in the opposite direction to the direction of the field lines.