Question

The direction of the free positive test charge will be the direction of
select one,
A. ELECTRIC intensity
B, COULOMB'S law
C, Magnetic intensity
D, protons

Answer 1

Answer:

PROTONS HAVE POSITIVE CHARGE ON IT SELF.

Answer 2

Answer:

The direction of the free positive test charge will be the direction of electric intensity (electric feild).

Explanation:

• An electric field is referred to be the area surrounding a charge or charged body where other charges that are less than the source charge feel an electric force. It can also be described as the force per test charge unit.
• It is a vector quantity. It has a direction and a magnitude. The source charge's electric field will exert force on the test charge even when it is at rest.
• The direction of the electric field vector is the direction in which a positive test charge is pushed or pulled in the presence of an electric field.
• A positive source charge would produce an electric field that would repel a positive test charge. Therefore, the electric field vector would always point away from positively charged objects. On the other hand, a negative source charge would be drawn to a positive test charge. Electric field vectors are thus always pointed in the direction of negatively charged objects.

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