Temperature based on Absolute Humidity and Humid Volume Calculator

✖Humid Volume of Air refers to the volume occupied by a unit mass of moist air at a specific temperature and pressure.ⓘ Humid Volume of Air [ν_H]			+10% -10%
✖Absolute Humidity is the actual amount of water vapor present in the air, regardless of the temperature.ⓘ Absolute Humidity [AH]			+10% -10%

✖The Temperature of Air is defined as the temperature at which the air-water mixture properties in humidification are calculated.ⓘ Temperature based on Absolute Humidity and Humid Volume [T_G]

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Formula

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Temperature based on Absolute Humidity and Humid Volume

Formula

`"T"_{"G"} = ((273.15*("ν"_{"H"}/22.4))/((1/28.97)+("AH"/18.02)))-273.15`

Example

`"32.53744°C"=((273.15*("1.7m³/mol"/22.4))/((1/28.97)+("0.6kg/kg of air"/18.02)))-273.15`

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Temperature based on Absolute Humidity and Humid Volume Solution

STEP 0: Pre-Calculation Summary

Formula Used

Temperature of Air = ((273.15*(Humid Volume of Air/22.4))/((1/28.97)+(Absolute Humidity/18.02)))-273.15
T_G = ((273.15*(ν_H/22.4))/((1/28.97)+(AH/18.02)))-273.15
This formula uses 3 Variables

Variables Used

Temperature of Air - (Measured in Celsius) - The Temperature of Air is defined as the temperature at which the air-water mixture properties in humidification are calculated.
Humid Volume of Air - (Measured in Cubic Meter per Mole) - Humid Volume of Air refers to the volume occupied by a unit mass of moist air at a specific temperature and pressure.
Absolute Humidity - (Measured in Kg of water vapour per Kg of air) - Absolute Humidity is the actual amount of water vapor present in the air, regardless of the temperature.

STEP 1: Convert Input(s) to Base Unit

Humid Volume of Air: 1.7 Cubic Meter per Mole --> 1.7 Cubic Meter per Mole No Conversion Required
Absolute Humidity: 0.6 Kg of water vapour per Kg of air --> 0.6 Kg of water vapour per Kg of air No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

T_G = ((273.15*(ν_H/22.4))/((1/28.97)+(AH/18.02)))-273.15 --> ((273.15*(1.7/22.4))/((1/28.97)+(0.6/18.02)))-273.15

Evaluating ... ...

T_G = 32.537437941107

STEP 3: Convert Result to Output's Unit

305.687437941107 Kelvin -->32.537437941107 Celsius (Check conversion here)

FINAL ANSWER

32.537437941107 ≈ 32.53744 Celsius <-- Temperature of Air

(Calculation completed in 00.004 seconds)

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Created by Vaibhav Mishra

DJ Sanghvi College of Engineering (DJSCE), Mumbai

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< 19 Basics of Humidification Process Calculators

Temperature based on Absolute Humidity and Humid Volume

Go Temperature of Air = ((273.15*(Humid Volume of Air/22.4))/((1/28.97)+(Absolute Humidity/18.02)))-273.15

Humid Volume based on Absolute Humidity and Temperature

Go Humid Volume of Air = ((1/28.97)+(Absolute Humidity/18.02))*22.4*((Temperature of Air+273.15)/273.15)

Absolute Humidity based on Humid Volume and Temperature

Go Absolute Humidity = 18.02*((Humid Volume of Air/22.4)*(273.15/(Temperature of Air+273.15))-(1/28.97))

Saturation Humidity based on Vapor Pressure

Go Saturation Humidity = (0.6207)*(Vapour Pressure of Water at DBT/(1-Vapour Pressure of Water at DBT))

Absolute Humidity based on Weight of Air

Go Absolute Humidity = (Weight of Water Vapour/Weight of Bone Dry Air)

Absolute Humidity based on Percentage and Saturation Humidity

Go Absolute Humidity = (Percentage Humidity/100)*Saturation Humidity

Saturation Humidity based on Percentage and Absolute Humidity

Go Saturation Humidity = Absolute Humidity*(100/Percentage Humidity)

Weight of Water Vapour based on Absolute Humidity

Go Weight of Water Vapour = Absolute Humidity*Weight of Bone Dry Air

Weight of Air based on Absolute Humidity

Go Weight of Bone Dry Air = Weight of Water Vapour/Absolute Humidity

Percentage Humidity

Go Percentage Humidity = (Absolute Humidity/Saturation Humidity)*100

Molal Humidity based on Moles of Air and Water

Go Molal Humidity = Moles of Water Vapour/Moles of Bone Dry Air

Moles of Water Vapour based on Molal Humidity

Go Moles of Water Vapour = Molal Humidity*Moles of Bone Dry Air

Moles of Air based on Molal Humidity

Go Moles of Bone Dry Air = Moles of Water Vapour/Molal Humidity

Mixing Ratio on Basis of Specific Humidity

Go Mixing Ratio = Specific Humidity/(1-Specific Humidity)

Specific Humidity on Basis of Mixing Ratio

Go Specific Humidity = Mixing Ratio/(1+Mixing Ratio)

Absolute Humidity based on Humid Heat

Go Absolute Humidity = (Humid Heat-1.006)/1.84

Absolute Humidity on Basis of Molal Humidity

Go Absolute Humidity = 0.6207*Molal Humidity

Molal Humidity based on Absolute Humidity

Go Molal Humidity = Absolute Humidity/0.6207

Humid Heat based on Absolute Humidity

Go Humid Heat = 1.005+1.88*Absolute Humidity

Temperature based on Absolute Humidity and Humid Volume Formula

Temperature of Air = ((273.15*(Humid Volume of Air/22.4))/((1/28.97)+(Absolute Humidity/18.02)))-273.15
T_G = ((273.15*(ν_H/22.4))/((1/28.97)+(AH/18.02)))-273.15

What is Humid Volume?

Humid volume refers to the volume occupied by a unit mass of moist air at a specific temperature and pressure. It is a concept used in thermodynamics and the study of air-water vapor mixtures. Humid volume accounts for the fact that the presence of water vapor affects the properties of air, such as its density and volume, as compared to dry air. In essence, humid volume quantifies how much space a given mass of moist air occupies, considering both the dry air component and the water vapor content. It is a crucial parameter for various engineering and scientific applications, including HVAC system design, psychrometrics (the study of air and water vapor mixtures), and the analysis of air conditioning and refrigeration processes.

What is Humidification Process?

The humidification process involves adding moisture to indoor air to increase its relative humidity. It begins by measuring the current humidity level using a hygrometer. A desired humidity level is set, typically between 30% and 60%. Different humidification methods like evaporative, steam, or ultrasonic are chosen based on space requirements. The humidifier, often equipped with a humidistat, is then operated to release moisture. As the humidifier maintains the setpoint, it continuously monitors and controls humidity levels. Regular maintenance is essential to prevent issues and ensure safe and effective operation, especially in dry environments or during winter when indoor heating can dry out the air.

How to Calculate Temperature based on Absolute Humidity and Humid Volume?

Temperature based on Absolute Humidity and Humid Volume calculator uses Temperature of Air = ((273.15*(Humid Volume of Air/22.4))/((1/28.97)+(Absolute Humidity/18.02)))-273.15 to calculate the Temperature of Air, The Temperature based on Absolute Humidity and Humid Volume formula is defined as the temperature of the air-water mixture at which the air of specified absolute humidity occupies the specified amount of humid volume. Temperature of Air is denoted by T_G symbol.

How to calculate Temperature based on Absolute Humidity and Humid Volume using this online calculator? To use this online calculator for Temperature based on Absolute Humidity and Humid Volume, enter Humid Volume of Air (ν_H) & Absolute Humidity (AH) and hit the calculate button. Here is how the Temperature based on Absolute Humidity and Humid Volume calculation can be explained with given input values -> 3316.321 = ((273.15*(1.7/22.4))/((1/28.97)+(0.6/18.02)))-273.15.

FAQ

What is Temperature based on Absolute Humidity and Humid Volume?

The Temperature based on Absolute Humidity and Humid Volume formula is defined as the temperature of the air-water mixture at which the air of specified absolute humidity occupies the specified amount of humid volume and is represented as T_G = ((273.15*(ν_H/22.4))/((1/28.97)+(AH/18.02)))-273.15 or Temperature of Air = ((273.15*(Humid Volume of Air/22.4))/((1/28.97)+(Absolute Humidity/18.02)))-273.15. Humid Volume of Air refers to the volume occupied by a unit mass of moist air at a specific temperature and pressure & Absolute Humidity is the actual amount of water vapor present in the air, regardless of the temperature.

How to calculate Temperature based on Absolute Humidity and Humid Volume?

The Temperature based on Absolute Humidity and Humid Volume formula is defined as the temperature of the air-water mixture at which the air of specified absolute humidity occupies the specified amount of humid volume is calculated using Temperature of Air = ((273.15*(Humid Volume of Air/22.4))/((1/28.97)+(Absolute Humidity/18.02)))-273.15. To calculate Temperature based on Absolute Humidity and Humid Volume, you need Humid Volume of Air (ν_H) & Absolute Humidity (AH). With our tool, you need to enter the respective value for Humid Volume of Air & Absolute Humidity and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.

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