With this Molar Heat (or Enthalpy) of Vaporization Calculator tool, it will more easy and simple to calculate the required energy that changes the given quantity of a substance to gas at any pressure that is given. All you need to do is, provide the parameters in the required input fields and click on the calculate button. So that you will get results instantaneously.
Molar Heat (or Enthalpy) of Vaporization Calculator: Feeling exhausted to calculate the molar heat of vaporization? If that is the reason, then this tool is for you. Enjoy the amazing work experience with this calculator tool as it gives you instant results without any errors. And also you can check your manual answers with this calculator. It is a web-based online free tool. We have also provided you with the complete concept and also the usage of this calculator.
The amount of energy that is needed to change a substance from liquid stage to gas stage at some constant temperature and pressure is known as molar heat vaporization. And this molar heat vaporization is represented as ΔHvap. Units of this vapor pressure at temperature are pascal.
Here is the mathematical formula that is used to calculate the molar heat vaporization is,
ΔHvap= (R x ln(p2/p1 ))/((1/T1)-(1/T2))
T1 = Initial Temperature
R = Gas constant (8.31447).
p1 =Vapour pressure at an initial temperature
T2 = Final Temperature
p2 = Vapour pressure at the final temperature
Given below is the step-by-step process that helps you to calculate the molar heat vaporization. Go through them carefully.
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1. How do you calculate the molar heat vaporization?
Molar heat vaporization can be calculated by the formula, ΔHvap= (R x ln(p2/p1 ))/((1/T1)-(1/T2)).
2. How to use this molar enthalpy vaporization calculator?
To use this calculator tool, give the inputs and click on the calculate button. So that you will get results instantly.
3. How do you find molar heat?
Molar heat can be calculated by multiplying the specific heat by molar mass.
4. How do you calculate the vaporization rate?
To find the vaporization rate, you can divide the volume of liquid that is evaporated by the amount of time it takes.