Calculate Pressure, Volume, Amount of Substance, and Temperature of an Ideal Gas using the General Gas Equation. Enter any THREE parameters to calculate the FOURTH one.

Gas Law - General Gas Equation

Purpose

The Gas Law - General Gas Equation calculator function is designed to help you calculate the Pressure, Volume, Amount of Substance, and Temperature of an Ideal Gas. You can enter any three parameters, and the calculator will determine the fourth one for you.

Use Cases

• Calculate the missing parameter when you have three out of the four parameters.
• Verify the relationship between Pressure, Volume, Amount of Substance, and Temperature in an Ideal Gas.

How to Use

1. Enter any three known parameters in the input fields below.
2. Click on the "Calculate" button to see the calculated result.

Input Values

1. Pressure: Enter the pressure of the gas. (default unit is kPa)
2. Volume: Enter the volume of the gas. (default unit is m^3)
3. Substance: Enter the amount of substance of the gas. (default unit is mol)
4. Temperature: Enter the temperature of the gas. (default unit is degC)

Output Values

1. Pressure: The calculated pressure of the gas.
2. Volume: The calculated volume of the gas.
3. Substance: The calculated amount of substance of the gas.
4. Temperature: The calculated temperature of the gas.

Any other Instruction

• Make sure to enter valid numerical values for the input parameters.
• If you receive an error message, check that you have entered three out of the four parameters correctly.

Steps of Calculation

1. Determine the units of measurement for the input parameters.
2. Use the provided input values to calculate the missing parameter using the Gas Law equation.
3. Convert the calculated value to the appropriate units of measurement.
4. Display the result for the user to see.

Technical Parameters

• pressure, volume, substance, temperature

Return Values

• Pressure, Volume, Substance, Temperature

Example Expressions

You can use the following expressions to directly evaluate in a non-interactive manner using eva():

1. gas_law(volume='2 m^3', substance='0.5 mol', temperature='30.0 degC')
2. gas_law(pressure='100 kPa', volume='1 m^3', substance='2 mol')

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