What is the difference between the fields surrounding a stationary charge and those that surround a moving charge? a moving charge has only an electric field and a stationary charge has only a magnetic field. a moving charge has both an electric and magnetic field and a stationary charge has only an electric field. a moving charge has only a magnetic field and a stationary charge has both an electric and a magnetic field. there is no difference between the fields surrounding a stationary charge and those that surround a moving charge—both have an electric and a magnetic field.

The best statement would be the second option where a moving charge has both an electric and magnetic field and a stationary charge has only an electric field. A charged particle that is stationary produces a magnetic field but does not produce electric field. A periodically moving charge, on the other hand produces an electro-magnetic field.

The correct answer to the question is : B) A moving charge has both an electric and magnetic field, and a stationary charge has only an electric field.

EXPLANATION :

Before answering this question, first we have to understand the nature of field created by charge particles.

If the charge particle is at rest i.e stationary, then the field created by the charge particle is electric in nature. Hence, a stationary charge particle produces electric field only.

If a charge particle moves with uniform velocity, then the field will be only magnetic .Hence, a non accelerating charge particle will produce magnetic field.

If a charge particle accelerates, then the field created by the charge particle is electromagnetic in nature.

Hence, the correct answer of this question is the second statement.

The side with the same length would be D.) QT

Explanation:

The problem is asking for the side with the same length, and the shapes are congruent so the correct one would be the same side on the other shape. Which is D.) QT