What is the difference between vapour and gas? Vapor implies the existence of a condensed phase that is the source or destination of the gas, or with which the gas may be in equilibrium; while gas does not make such an assumption
Why vapor pressure is unaffected by change in atmospheric pressure By definition vapor pressure seems the pressure of vapor ABOVE the liquid which is in equilibrium with liquid and how the hell we are applying the concept of vapor pressure in open container while discussing boiling?
Why does the pressure sharply increase when the liquid vapor . . . The equilibrium vapor pressure varies with temperature because of two factors - 1)kinetic energy of particles and 2) number density Both increase non-negligibly with temperature The surface of the liquid is not something that simply compresses a gas It also evaporates Without understanding this, one cannot distinguish between options B and C
Question about vapor pressure in solids and liquids I've been reading about vapor pressure and it's a bit confusing For example when water is in equilibrium between the solid and liquid phase, my textbook says that the vapor pressure is equal betwe
Boiling point and vapor pressure - Chemistry Stack Exchange The vapor pressure of a liquid (or solid) is the pressure of the vapor in equilibrium with its condensed phase in a closed system The boiling point of a liquid at a given pressure is the temperature at which the vapor pressure is equal to the given pressure
Confusion between vapor pressure vs. vapor-liquid equilibrium At the right low gas pressure means no liquid; increasing pressure below the critical T eventually induces liquid formation in equilibrium; attempts to increase pressure simply increase liquid while decreasing vapor at constant pressure Eventually there is no more vapor and pressure on the liquid measures the compressibility of the liquid
thermodynamics - Does the term vapor pressure even mean anything in . . . The partial pressure of vapor is approximately equal to (saturated) vapor pressure and the pressure difference to external pressure is compensated by partial pressure of the system air If the mass transfer is faster than evaporation, the open system does not reach saturation and vapor partial pressure is smaller than (saturated) vapor pressure
thermodynamics - How does water sublimate at normal atmospheric . . . The vacuum instead acts to keep the partial pressure of the water vapor below the equilibrium vapor pressure so that it continues to sublimate Otherwise, only a small amount of solid would sublimate before equilibrium is reached