A cube of copper has a temperature of 5°C. The cube is placed in a closed container whose internal temperature is 85°C. What will happen over time?

Heat will flow from the cube into the air in the container.

Heat will flow from the air in the container into the cube.

Question

Chemistry

Kyle Crane

27 November, 04:06

A cube of copper has a temperature of 5°C. The cube is placed in a closed container whose internal temperature is 85°C. What will happen over time?

Heat will flow from the cube into the air in the container.

Heat will flow from the air in the container into the cube.

+1

Answers (2)

Know the Answer?

Alexus Castaneda · Answer 1

Answer: Heat will flow from the air in the container into the cube.

Part 2. When the temperatures of the cube and the container are equal.

Explanation:

i got it correct on edge

Micaela Lucas · Answer 2

Heat will flow from the air in the container into the cube.

Explanation:

Heat flows from places with higher temperature to places with lower temperature.

With that information in mind then we can see that the cube of copper has a lower temperature than the air in the container (85°C > 5°C), thus heat will flow into the cube.

A cube of copper has a temperature of 5°C. The cube is placed in a closed container whose internal temperature is 85°C. What will happen over time?Heat will flow from the cube into the air in the container.Heat will flow from the air in the container into the cube.

A cube of copper has a temperature of 5°C. The cube is placed in a closed container whose internal temperature is 85°C. What will happen over time?

Heat will flow from the cube into the air in the container.

Heat will flow from the air in the container into the cube.