Difference between Water Vapour and Thermobarometer

WATER VAPOUR vs THERMOBAROMETER: NOUN

Alternative spelling of water vapor.
Water in a vaporous form diffused in the atmosphere but below boiling temperature

A mineral used to estimate temperature and pressure in the rocks during its formation
An instrument that measured altitudes via the boiling point of water
A siphon barometer adapted to be used also as a thermometer.
An instrument for determining altitudes by the boiling point of water.
A siphon-barometer having its two wide legs united by a narrow tube, so that it can be used either in its ordinary position as a barometer or in the reversed position as a thermometer, the wide sealed leg of the barometer then serving as the bulb of the thermometer.
A thermometer which indicates the pressure of the atmosphere by the boiling-point of water, used in the measurement of altitudes.

Solar still, Water hammer, Vapour, Stufa, Vaporescence, Deliquiate, Cloud chamber, Vapor, Devaporation, Vapeur, Steam iron, Vaporific, Vaporate, Steam, Water vapor

Heat capacity, Water plate, Deliquiate, Specific heat capacity, Soft water, Vapour density, Sympiesometer, Water meter, Hydrobarometer, Ice point, Geothermometer, Specific heat, Water gauge, Critical temperature, Triple point

Town gas, Water cycle, Solar still, Water hammer, Vaporescence, Deliquiate, Cloud chamber, Vapor, Devaporation, Vapeur, Steam iron, Vaporific, Vaporate, Steam, Water vapor

Heat capacity, Water plate, Deliquiate, Specific heat capacity, Soft water, Vapour density, Sympiesometer, Water meter, Hydrobarometer, Ice point, Geothermometer, Specific heat, Water gauge, Critical temperature, Triple point

When water vapour in the air cools, it changes back into droplets of water.
Water vapour becomes a problem when it condenses into liquid water.
This means cooking your food in water vapour over boiling water.
The transformation of water vapour into water is called condensation.
The remaining water is lost in air as water vapour.
This deck is covered by a bituminous vapour barrier with a high water vapour resistance installed with cold or hot glued joints.
Air can contain varying amounts of water vapour; warm air can hold more water vapour than cold air.
Cooler air cannot hold as much water vapour so the vapour condenses back into liquid.
For example, a warmer atmosphere holds more water vapour, and water vapour is a powerful greenhouse gas, so we get more warming.
Water vapour will move from both high to low water vapour pressure.