A cold drink will form condensation on the outside of the can when left out.Identify the correct description of why this happens.There is water vapour in the air surrounding the can. The can is cold, so when the water vapour touches the side of the can the water vapour loses energy. By losing enough energy, the water vapour will form water on the side of the can.There is water vapour in the air surrounding the can. The can is cold, so when the water vapour touches the side of the can the water vapour gains energy. By gaining enough energy, the water vapour will form water on the side of the can.There is water vapour in the air surrounding the can. The can is hot, so when the water vapour touches the side of the can the water vapour loses energy. By losing enough energy, the water vapour will form water on the side of the can.There is water vapour in the air surrounding the can. The can is hot, so when the water vapour touches the side of the can the water vapour gains energy. By gaining enough energy, the water vapour will form water on the side of the can.I DON'T KNOWSUBMIT ANSWER
Question
A cold drink will form condensation on the outside of the can when left out.Identify the correct description of why this happens.There is water vapour in the air surrounding the can. The can is cold, so when the water vapour touches the side of the can the water vapour loses energy. By losing enough energy, the water vapour will form water on the side of the can.There is water vapour in the air surrounding the can. The can is cold, so when the water vapour touches the side of the can the water vapour gains energy. By gaining enough energy, the water vapour will form water on the side of the can.There is water vapour in the air surrounding the can. The can is hot, so when the water vapour touches the side of the can the water vapour loses energy. By losing enough energy, the water vapour will form water on the side of the can.There is water vapour in the air surrounding the can. The can is hot, so when the water vapour touches the side of the can the water vapour gains energy. By gaining enough energy, the water vapour will form water on the side of the can.I DON'T KNOWSUBMIT ANSWER
Solution
The correct description of why a cold drink will form condensation on the outside of the can when left out is: "There is water vapour in the air surrounding the can. The can is cold, so when the water vapour touches the side of the can the water vapour loses energy. By losing enough energy, the water vapour will form water on the side of the can."
This process is known as condensation. When the water vapour (gas) in the air comes into contact with the cold surface of the can, it loses energy and changes its state from a gas to a liquid (water), which we see as droplets on the side of the can.
Similar Questions
A cold drink will form condensation on the outside of the can when left outside.Laura has attempted to explain why this happens.Identify the sentence that correctly describes Laura's statement.Laura is incorrect. The water vapour particles will collide with the surface and just bounce off with no energy transfer.Laura is correct. The collisions over time will reduce the temperature of the surface the water vapour collides with.Laura is incorrect. During the collisions, energy will transfer from the water vapour to the surface.Laura is correct. When colliding with the surface the water vapour particles gain energy from the surface, this causes the vapour to increase in temperature.I DON'T KNOWSUBMIT ANSWER
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