For two magnets to push each other away,

A.

the opposite poles must be facing each other, and the magnets must be touching.

B.

the same poles must be facing each other, and the magnets must be touching.

C.

the opposite poles must be facing each other, but the magnets do not have to be touching.

D.

the same poles must be facing each other, but the magnets do not have to be touching.

Question

Biology

Aurora Ponce

9 May, 04:54

For two magnets to push each other away,

A.

the opposite poles must be facing each other, and the magnets must be touching.

B.

the same poles must be facing each other, and the magnets must be touching.

C.

the opposite poles must be facing each other, but the magnets do not have to be touching.

D.

the same poles must be facing each other, but the magnets do not have to be touching.

+3

Answers (2)

Know the Answer?

Emely Nixon · Answer 1

C. the opposite poles must be facing each other, but the magnets do not have to be touching.

Explanation:

When opposite sides of two magnets are near each other, they repel (push away).

Cara · Answer 2

The answer is C because it's right