Utilize this daltons law calculator tool that helps you to compute the pressure of the gas easily and quickly. To compute the pressure of the gas, give the temperature, volume and moles of the gas as inputs and just tap the calculate button which you can see it in blue color. Our tool is user friendly and easy to use and there will be no charges to use this tool as it is 100% free.

**Daltons Law Calculator: **Calculating pressure of the gas using daltons law is difficult? Then this tool will help you a lot. Our tool provides you all the information about the concept and providing you a free tool to use. You can use this tool from anywhere in the world. To use this tool, just give the inputs in the given fields of input and click on the calculate button.

And we have provided the information like definition, formulas, steps and some examples. If you already know the concept you can use this tool to check your answers as this tool gives you accurate answers.

In Chemistry, The pressure of the gas mixture is equal to the sum of the pressure of partial gases in a container is called daltons partial pressures law.

Partial Pressure of a gas:

When the gases are present in the container, the unsafe movement of their molecules exerts pressure on the walls of the container. If we have mixture of gases in a container then the pressure applied by individual gas is partial pressure of gas. Units of a pressure is kilopascal.

Formula of Daltons Law:

**P _{total} = P1 + P2 + … + Pn**

Pressure of individual gas can be calculated by the formula,

**P = n*R*T/v**

Where,

v is the volume.

R = 8.314 Jk^{-1}mol^{-1}, ideal gas constant.

T is the temperature.

n is the no.of moles.

To calculate the partial pressure of the gas you need to go through the guidelines that are given below. Take a quick tour carefully.

- Note down the values that was given in the problem.
- Apply the formula of ideal gas.
- Substitute the values in it and simplify it.
- Finally get the result.

**Example:**

**Question:** Calculate the pressure of the gas if a gas container has 4L of helium gas. The temperature of container is 180K. And there are 4 moles of helium present in the container.

**Solution:**

Given values are:

Temperature(t) = 180k

Volume (v) = 4L

No. of Moles(n)= 4 moles

Now, apply the pressure of the gas formula.

**P = [n*R*T]/v**

= [4*8.314* 180] / 4, As we know that R = 8.314 Jk^{-1}mol^{-1}

=1496.52 Kpa(Kilopascal)

Hence the pressure of the gas is 1496.52 Kpa.

Would like to check more chemistry calculators then click on this chemistrycalculatorpro.com. Use them and learn the concept in a easy manner.

**1. What is the formula of partial pressure?**

Partial pressure formula is,

**P = n*R*T/v**

Where,

v is the volume.

R = 8.314 Jk^{-1}mol^{-1}, ideal gas constant.

T is the temperature.

n is the no.of moles.

**2. How to use this daltons law calculator?**

To use this daltons law calculator, give the inputs in the input field and click on the calculate button that provides you the result instantly.

**3. What is Daltons law?**

Pressure of mixture gas is equal to the sum of the pressure of partial gasses is called daltons law.

**4. Define partial pressure of gas?**

If we have a mixture of gases in a container then the pressure released by one individual gas is called partial pressure of the gas.