transpiration
Water vapour. Or steam which is the gas state of water. Evaporation of water from the surfaces of rivers, lakes and mainly the oceans, an important part of the water cycle on Earth.
Dark surfaces are the best.
sliding friction.
Cleavage is the splitting of rocks or minerals along defined surfaces.
any surfaces really! just not rough stuff like sandpaper!
The atmosphere.
The term defined as the movement of water from plants, soil, and oceans into the atmosphere is "evapotranspiration." This process involves water evaporating from plant leaves, soil surfaces, and water bodies, ultimately entering the atmosphere as water vapor.
Land surfaces heat up and cool down faster than water surfaces.
Terrestrial
One way in which Earth's atmosphere interacts with the geosphere is through weathering processes. Weathering, such as chemical and physical breakdown of rock surfaces, occurs through interactions with the atmosphere's elements like oxygen and water. This weathering can lead to the breakdown of rocks into sediments which can then be transported and deposited in different areas.
This is called the water cycle.
Adhesion is the property that describes water sticking to other surfaces. This occurs due to the attractive forces between the water molecules and the molecules of the surface it is in contact with.
Temperature variations in soil and water surfaces can affect air pressures by creating temperature gradients in the lower atmosphere. Warmer surfaces can lead to rising air, causing low pressure areas, while cooler surfaces can lead to sinking air and high pressure areas. These pressure differences can influence weather patterns and wind movements in the atmosphere.
I don't believe it does - but "surfaces " is an extremely vague word. Any adhesive/sealnt may damage somesurfaces, but not others. Be more specific about which surfaces.
A riddle is: I am a polyhedron I have two surfaces one of my surfaces is formed by a circle the other face is curved what am I?
When it comes to determining a gas giant's volume, diameter, etc., the "surface" is the depth in the planet's atmosphere at which the air pressure equals one atmosphere (the same air pressure as in the earth's atmosphere at sea level).
Molecules of water from the surface gaining more energy can escape in the atmosphere.