Which of the following is true concerning kinetic-molecular theory and heat transfer between relatively hotter Object A and relatively colder Object B?

A. Molecules of Object A collide with those of Object B, and the molecules in Object B move faster.

B. Molecules of Object A collide with those of Object B, and the molecules in Object B move at the same speed.

C. Molecules of Object B collide with those of Object A, and the molecules in Object A move faster.

D. Molecules of Object B collide with those of Object A, and the molecules in Object B move slower.

Question

Blaze Garner

Physics

5 August, 03:42

Which of the following is true concerning kinetic-molecular theory and heat transfer between relatively hotter Object A and relatively colder Object B?

A. Molecules of Object A collide with those of Object B, and the molecules in Object B move faster.

B. Molecules of Object A collide with those of Object B, and the molecules in Object B move at the same speed.

C. Molecules of Object B collide with those of Object A, and the molecules in Object A move faster.

D. Molecules of Object B collide with those of Object A, and the molecules in Object B move slower.

+2

Answers (1)

Know the Answer?

Corinne Mcmillan · Answer 1

The answer is A. Temperature tells us how heat flows. If we take two objects of any size with different temperatures and in contact with each other, heat will flow from the one with higher temperature to the one with lower temperature. The amount of heat does not change, but its distribution does, as energy is transferred from the warmer.