That is exactly what it means - however there is still the question of rate of reaction and equilibrium.
As an example - thermodynamics favor the conversion of diamond back to something more like graphite at normal room conditions, but the process is so slow that no one will observe the change within their mortal lifetime (nor will their great-great-great-great grandchildren). The point is that the rate of reduction of N2 to NH3 is not especially fast.
There are also competing reactions and the tendency of the reverse reaction to occur - which becomes pronounced as equilibrium is approached.
Deposition of silver on a surface is a reduction.
That would be the "pressure" on the surface.
The collision of the molecules of a fluid inside the surface of their container best describes pressure.
The boiling point lowersas the pressure is lowered.
air pressure
There are fewer solvent molecules at the surface that can evaporate.
The flow aloft aids the formation of cyclones at the surface by pushing air into the vector. This increases the strength, speed and velocity and builds up the pressure as the cyclone develops.
the pressure under ground forces the water up to the surface
rock
Because oxidation and reduction reactions can be separated from each other in space by the use of at least two electrodes, oxidation occurring at the surface of one electrode and reduction at the surface of another.
an open system through which both energy and mass can transfer
False! The reduction in pressure causes the gasses to exsolve (come out of solution) and escape into the atmosphere, so the dissolved gas content of a magma reduces when it reaches the surface.
friction reduction
Dew formation. Rain drop production. Condensate formation on a cold surface.
the theory of plate tectonics
Deposition is the direct solidification of a vapor by cooling; the reverse of sublimation.
Deposition of silver on a surface is a reduction.