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What 3 things effect evaporation and condensation?
The main factors that influence evaporation are temperature, surface area, and humidity levels. For condensation, temperature, humidity, and availability of particles for condensation to occur on are the key factors.
What prevents water from evaporating from the earths surface?
Lower temperature and the counter-effect of condensation.
What factors effect evaporation and condensation?
Factors that affect evaporation include temperature, humidity, surface area exposed to the air, and air movement. Factors that affect condensation include temperature, humidity, and the presence of condensation nuclei (particles for water vapor to condense onto).
What is the temperature at which condensation begins called?
The temperature at which condensation begins is called the dew point temperature. This is the temperature at which the air is saturated with water vapor and condensation starts to form on surfaces.
Does condensation takes place all the time?
Condensation takes place at any temperature. Condensation takes place at any temperature.
What is changed in condensation?
Temperature
What has the author Basant Kumar Tariyal written?
Basant Kumar Tariyal has written: 'Migration of vacancies and the formation of vacancy condensation pits in metals and alloys' -- subject- s -: Effect of temperature on Metals, Metallic surfaces, Metals, Effect of temperature on
What is the opposite effect of evaporation?
condensation.
Condensation increases with greater?
Condensation Increases with relative HUMIDITY.
What must change in condensation heat energy or temperature?
temperature
What is the effect of the temperature on the vapour pressure?
When temperature is increased the amount of molecules evaporated is increasef and as a consequence condensation is also increased so vapour pressure increases.
How does condensation and evaporation affect your climate?
Condensation releases heat to the atmosphere, warming the climate. Evaporation cools the area by absorbing heat from the environment. Both processes contribute to the water cycle, which helps regulate temperature and humidity in a region, influencing climate patterns.
