When a hot piece of copper touches a cold piece of copper, which direction will heat transfer and why? Heat transfers from the hot piece to the cold piece because it is more probable that the heat would transfer because there are more arrangements possible for the quanta of energy when spread out across both pieces of copper. O Heat transfers from the hot piece to the cold piece, because once the quanta of energy have spread out across both pieces of metal, they will not go back to their initial arrangement. O Heat transfers from the cold piece to the hot piece because it is more probable that the heat would transfer because there are more arrangements possible for the quanta of energy when most of the quanta are on the hot piece. O Heat will not transfer between the pieces.

When a hot piece of copper touches a cold piece of copper, which direction will heat transfer and why? Heat transfers from the hot piece to the cold piece because it is more probable that the heat would transfer because there are more arrangements possible for the quanta of energy when spread out across both pieces of copper. O Heat transfers from the hot piece to the cold piece, because once the quanta of energy have spread out across both pieces of metal, they will not go back to their initial arrangement. O Heat transfers from the cold piece to the hot piece because it is more probable that the heat would transfer because there are more arrangements possible for the quanta of energy when most of the quanta are on the hot piece. O Heat will not transfer between the pieces.

Chemistry for Engineering Students

4th Edition

ISBN:9781337398909

Author:Lawrence S. Brown, Tom Holme

Publisher:Lawrence S. Brown, Tom Holme

Chapter9: Energy And Chemistry

Section: Chapter Questions

Problem 9.106PAE

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