Humidification is a
Explanation: From the gas, heat as well as the solute components is removed.
In humidification the gas is ____________ in the liquid for the mass transfer to take part.
Explanation: Generally, the purpose is to add the moisture to the gas. So, the gas won’t soluble in the liquid. Due to the heat transfer, the solute gets transferred between the phases.
At the gas temperature, the liquid is in equilibrium with vapour for
Explanation: The name saturated means the net mass transfer between the phases is equal which means the system is at equilibrium.
In an operation, the enthalpy is similar throughout the initial and final condition such operation is
Explanation: For an adiabatic condition, there won’t be any heat addition or removal. So the enthalpy remains same.
For an air(A)-water vapour(B) mixture, the partial pressure of the air is 5 pa and the total pressure of the system is 15 pa. The absolute humidity in mass of air/mass of water vapour is
Explanation: Absolute humidity = 5/ (10-5) x (29/18) = 0.805.
Mass absolute humidity is
Explanation: Grosvenor proved the absolute humidity in terms of mass absolute humidity.
By differencing the temperature, heat added or removed is
Explanation: Heat gain or loss is known as sensible heat.
For an air(A)-water vapour(B) mixture, the partial pressure of the air is 5 pa and the total pressure of the system is 15 pa. The molal absolute humidity is
Explanation: Pressure of A/Total pressure- Pressure of A = 5/10 =0.5.
The humidity is represented in
Explanation: The chart where, dry bulb and wet bulb temperature are interlinked is a humidity chart or psychometric chart.
De-humidification is done in
Explanation: For de-humidification, there should be no heat addition or heat removal. For that the adiabatic saturation temperature is maintained.