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

On cold days condensation often occurs on the inside of a window.Laura has attempted to explain why this happens.Identify the sentence that correctly describes Laura's statement.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.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.

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

t's a hot day and water droplets have formed on the outside of a cold water bottle. Using the particle model explain why, including:what change of state has occurredwhether the change is caused by energy being lost or gainedwhether the particles are speeding up or slowing down overallwhy the particles are spreading apart or sticking together

Complete the following sentence: When a liquid evaporates, the temperature of the remaining liquid will

the liquid.These particles will collide with the container walls and the surface of the liquid, occasionally re-forming bonds with the bulk liquid and                  .Eventually, an equilibrium will be reached where the rate of evaporation is                   the rate of condensation. At this point, the pressure exerted upon the container walls by the                   is known as the vapour pressure.