Question
A reaction is occurring in a test tube. How is heat transmitted to the surroundings?(1 point)
Responses
Molecules collide with the glass, and the glass molecules then transmit that energy to the outside.
Molecules collide with the glass, and the glass molecules then transmit that energy to the outside.
Heat is carried out with matter as matter is changed with the surroundings.
Heat is carried out with matter as matter is changed with the surroundings.
As bubbles are formed and gas escapes, the heat is carried with the rising bubbles.
As bubbles are formed and gas escapes, the heat is carried with the rising bubbles.
All of the heat escapes out of the open top of the test tube as molecules collide with the air.
Responses
Molecules collide with the glass, and the glass molecules then transmit that energy to the outside.
Molecules collide with the glass, and the glass molecules then transmit that energy to the outside.
Heat is carried out with matter as matter is changed with the surroundings.
Heat is carried out with matter as matter is changed with the surroundings.
As bubbles are formed and gas escapes, the heat is carried with the rising bubbles.
As bubbles are formed and gas escapes, the heat is carried with the rising bubbles.
All of the heat escapes out of the open top of the test tube as molecules collide with the air.
Answers
Answered by
GPT-4o mini
The most accurate response to describe how heat is transmitted to the surroundings in this scenario is:
**Molecules collide with the glass, and the glass molecules then transmit that energy to the outside.**
This statement correctly describes the process of conduction, where heat is transferred from the reacting molecules to the glass of the test tube, and subsequently to the surrounding air.
**Molecules collide with the glass, and the glass molecules then transmit that energy to the outside.**
This statement correctly describes the process of conduction, where heat is transferred from the reacting molecules to the glass of the test tube, and subsequently to the surrounding air.