Question: What happens to the rate of evaporation when temperature increases?
Answer: Increases
Explanation: Higher temperature provides more energy to liquid particles, allowing them to escape faster.
Question: What happens to evaporation when humidity increases?
Answer: Decreases
Explanation: High humidity reduces evaporation as the air is already saturated with water vapor.
Question: What factor increases evaporation by removing water vapor from the surface?
Answer: Wind
Explanation: Wind carries away the evaporated particles, allowing more liquid to evaporate.
Question: What happens to evaporation when surface area increases?
Answer: Increases
Explanation: A larger surface area allows more liquid particles to escape into the air.
Question: What happens to evaporation if the surrounding air is dry?
Answer: Increases
Explanation: Dry air absorbs more water vapor, increasing the rate of evaporation.
Question: Why do wet clothes dry faster when spread out?
Answer: Surface area
Explanation: Increased surface area allows more particles to evaporate at a faster rate.
Question: What is the process opposite to evaporation?
Answer: Condensation
Explanation: Condensation occurs when water vapor loses heat and turns back into a liquid.
Question: What happens to the rate of evaporation when air pressure decreases?
Answer: Increases
Explanation: Lower pressure allows molecules to escape more easily, increasing evaporation.
Question: Why do we feel cool after sweating?
Answer: Heat absorption
Explanation: Sweat evaporates by absorbing body heat, which creates a cooling effect.
Question: What happens to evaporation when wind speed decreases?
Answer: Decreases
Explanation: Less wind means water vapor stays near the surface, slowing down evaporation.
