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Wet Bulb Temperature using Carrier's Equation Formula

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Wet Bulb Temperature is the temperature of the wet bulb and denoted by the symbol Tw. Check FAQs

T w = \frac{1544 \cdot (p w - p v) - t db \cdot (p t - p w)}{1.44 \cdot (p w - p v) - (p t - p w)}

T_w - Wet Bulb Temperature?p_w - Saturation Pressure Corresponding to WBT?p_v - Pressure of Water Vapor?t_db - Dry Bulb Temperature in °C?p_t - Total Pressure of Moist Air?

Wet Bulb Temperature using Carrier's Equation Example

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Here is how the Wet Bulb Temperature using Carrier's Equation equation looks like with Values.

Here is how the Wet Bulb Temperature using Carrier's Equation equation looks like with Units.

Here is how the Wet Bulb Temperature using Carrier's Equation equation looks like.

753.183 = \frac{1544 \cdot (200 - 60) - 110 \cdot (100 - 200)}{1.44 \cdot (200 - 60) - (100 - 200)}

753.183 = \frac{1544 \cdot (200Bar - 60Bar) - 110 \cdot (100Bar - 200Bar)}{1.44 \cdot (200Bar - 60Bar) - (100Bar - 200Bar)}

753.183 = \frac{1544 \cdot (200 - 60) - 110 \cdot (100 - 200)}{1.44 \cdot (200 - 60) - (100 - 200)}

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Wet Bulb Temperature using Carrier's Equation Solution

Follow our step by step solution on how to calculate Wet Bulb Temperature using Carrier's Equation?

FIRST Step Consider the formula

T w = \frac{1544 \cdot (p w - p v) - t db \cdot (p t - p w)}{1.44 \cdot (p w - p v) - (p t - p w)}

Next Step Substitute values of Variables

∴

T w = \frac{1544 \cdot (200Bar - 60Bar) - 110 \cdot (100Bar - 200Bar)}{1.44 \cdot (200Bar - 60Bar) - (100Bar - 200Bar)}

Next Step Convert Units

∴

T w = \frac{1544 \cdot (2E+7Pa - 6E+6Pa) - 110 \cdot (1E+7Pa - 2E+7Pa)}{1.44 \cdot (2E+7Pa - 6E+6Pa) - (1E+7Pa - 2E+7Pa)}

Next Step Prepare to Evaluate

∴

T w = \frac{1544 \cdot (2E+7 - 6E+6) - 110 \cdot (1E+7 - 2E+7)}{1.44 \cdot (2E+7 - 6E+6) - (1E+7 - 2E+7)}

Next Step Evaluate

∴

T w = 753.183023872679

LAST Step Rounding Answer

∴

T w = 753.183

Wet Bulb Temperature using Carrier's Equation Formula Elements

Variables

Wet Bulb Temperature

Wet Bulb Temperature is the temperature of the wet bulb and denoted by the symbol Tw.

Symbol: T_w

Measurement: NAUnit: Unitless

Note: Value can be positive or negative.

Formulas to find Wet Bulb Temperature

Saturation Pressure Corresponding to WBT

Saturation Pressure Corresponding to WBT (Wet Bulb Temperature) is the pressure that can be found from the steam table corresponding to wet bulb temperature.

Symbol: p_w

Measurement: PressureUnit: Bar

Note: Value can be positive or negative.

Formulas to find Saturation Pressure Corresponding to WBT

Pressure of Water Vapor

Pressure of Water Vapor is the pressure exerted by the water vapor in the moist air or the mixture of dry air and water vapor.

Symbol: p_v

Measurement: PressureUnit: Bar

Note: Value can be positive or negative.

Formulas to find Pressure of Water Vapor

Dry Bulb Temperature in °C

Dry bulb temperature in °C is the temperature of air measured by a thermometer freely exposed to the air but shielded from radiation and moisture.

Symbol: t_db

Measurement: NAUnit: Unitless

Note: Value can be positive or negative.

Formulas to find Dry Bulb Temperature in °C

Total Pressure of Moist Air

Total Pressure of Moist Air is the pressure exerted by the mixture of air and water vapor which is equal to the sum of the respected pressures. It is also called barometric pressure.

Symbol: p_t

Measurement: PressureUnit: Bar

Note: Value can be positive or negative.

Formulas to find Total Pressure of Moist Air

Other formulas in Pressure of Water Vapor category

Go Partial Pressure of Water Vapor

p v = p w - \frac{(p t - p w) \cdot (t db - T w)}{1544 - 1.44 \cdot T w}

Go Saturation Pressure Corresponding to Wet Bulb Temperature

p w = \frac{p v + p t \cdot (\frac{t db - T w}{1544 - 1.44 \cdot T w})}{1 + (\frac{t db - T w}{1544 - 1.44 \cdot T w})}

Go Dry Bulb Temperature using Carrier's Equation

t db = ((p w - p v) \cdot \frac{1544 - 1.44 \cdot T w}{p t - p w}) + T w

Go Total Pressure of Moist Air using Carrier's Equation

p t = \frac{(p w - p v) \cdot (1544 - 1.44 \cdot T w)}{t db - T w} + p w

How to Evaluate Wet Bulb Temperature using Carrier's Equation?

Wet Bulb Temperature using Carrier's Equation evaluator uses Wet Bulb Temperature = (1544*(Saturation Pressure Corresponding to WBT-Pressure of Water Vapor)-Dry Bulb Temperature in °C*(Total Pressure of Moist Air-Saturation Pressure Corresponding to WBT))/(1.44*(Saturation Pressure Corresponding to WBT-Pressure of Water Vapor)-(Total Pressure of Moist Air-Saturation Pressure Corresponding to WBT)) to evaluate the Wet Bulb Temperature, The Wet Bulb Temperature using Carrier's equation formula calculates the wet-bulb temperature by using the carrier's equation which is a relation among partial pressure of water vapor, dry bulb temperature, and wet bulb temperature. Wet Bulb Temperature is denoted by T_w symbol.

How to evaluate Wet Bulb Temperature using Carrier's Equation using this online evaluator? To use this online evaluator for Wet Bulb Temperature using Carrier's Equation, enter Saturation Pressure Corresponding to WBT (p_w), Pressure of Water Vapor (p_v), Dry Bulb Temperature in °C (t_db) & Total Pressure of Moist Air (p_t) and hit the calculate button.

FAQs on Wet Bulb Temperature using Carrier's Equation

What is the formula to find Wet Bulb Temperature using Carrier's Equation?

The formula of Wet Bulb Temperature using Carrier's Equation is expressed as Wet Bulb Temperature = (1544*(Saturation Pressure Corresponding to WBT-Pressure of Water Vapor)-Dry Bulb Temperature in °C*(Total Pressure of Moist Air-Saturation Pressure Corresponding to WBT))/(1.44*(Saturation Pressure Corresponding to WBT-Pressure of Water Vapor)-(Total Pressure of Moist Air-Saturation Pressure Corresponding to WBT)). Here is an example- 753.183 = (1544*(20000000-6000000)-110*(10000000-20000000))/(1.44*(20000000-6000000)-(10000000-20000000)).

How to calculate Wet Bulb Temperature using Carrier's Equation?

With Saturation Pressure Corresponding to WBT (p_w), Pressure of Water Vapor (p_v), Dry Bulb Temperature in °C (t_db) & Total Pressure of Moist Air (p_t) we can find Wet Bulb Temperature using Carrier's Equation using the formula - Wet Bulb Temperature = (1544*(Saturation Pressure Corresponding to WBT-Pressure of Water Vapor)-Dry Bulb Temperature in °C*(Total Pressure of Moist Air-Saturation Pressure Corresponding to WBT))/(1.44*(Saturation Pressure Corresponding to WBT-Pressure of Water Vapor)-(Total Pressure of Moist Air-Saturation Pressure Corresponding to WBT)).

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Wet Bulb Temperature using Carrier's Equation Formula

Wet Bulb Temperature using Carrier's Equation Example

Wet Bulb Temperature using Carrier's Equation Solution

Wet Bulb Temperature using Carrier's Equation Formula Elements

Other formulas in Pressure of Water Vapor category

How to Evaluate Wet Bulb Temperature using Carrier's Equation?

FAQs on Wet Bulb Temperature using Carrier's Equation

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