Inside the container is cold water and outside the container is hot water. B is the microscopic view of container walls .W is water And A is hot water.
What I have shown is the microscopic view of container walls(Small part )
A is the surrounding and B is the microscopic view of the walls of container ( Since there is some thickness of container walls and we can say that there are molecules present there ).
As you can see , when cold water molecules apply force on B (walls of container at left side) , B walls also apply force on water molecules and same has happened in the part where there is hot water.This is from the Newton’s third law of motion.
Average Kinetic Energy of water molecules will be less since it is cold water.So less force applied by water molecules on the wall.
Average kinetic energy of hot water will be more than cold water.So it applies more force on walls of container than by cold water.
I hope I have written the things clear till here.
Q1 Is it that the walls container will be pushed by B towards right side and not left side ? Because there is more force by Hot water and not cold water.
Q2 Does heat get transferred here because the Average kinetic Energy of the walls of container will increase due to force of A on B? And those will put the molecules inside B into motion which will further put water molecules into movement and therefore making heat transfer ?
Q3 Does heat transfer happen only because of this displacement?
HAVE I WRITTEN THE MEHTOD OF HEAT TRANSFER?IF NOT, THEN PLEASE HELP IN CORRECTING ME.
I am trying to make my self understand heat transfer in details. Please tell if how can I improve the quality of my question if not good.