Science & Environment
Ideal Gas Law Calculator
Solve for pressure, volume, moles or temperature using the ideal gas law PV = nRT.
Your inputs
Change any value to update the result instantly.
Pressure
1.0011 atm
Pressure
1 atm
Volume
22.4 L
Moles
1 mol
Temperature
273.15 K
Formula and working
P·V = n·R·T
- 1
Collect the inputs
Solve for = 0; Pressure = 1 atm; Volume = 22.4 L; Moles = 1 mol; Temperature = 273.15 K
- 2
Apply the formula
P·V = n·R·T
- 3
Result
Pressure = 1.0011 atm
Frequently asked questions
Important limitation
This is an educational estimate based only on the values and formula shown. Verify current rates, rules, units, and professional standards before relying on the result. It is not personalized financial or investment advice.
Report a mistake or request an improvement
Tell us if a formula, unit, explanation, or result needs attention. Your message will include this calculator’s name and page.
Related calculators
Beer-Lambert Law Absorbance Calculator
Calculate absorbance or concentration of a solution using the Beer-Lambert law for spectroscopy.
Boiling Point Elevation Calculator
Determine how much a solvent's boiling point rises when a solute is dissolved in it.
Carbon-14 Radiometric Dating Calculator
Estimate the age of an organic sample from its remaining carbon-14 activity using radiocarbon dating.
Dalton's Law Partial Pressure Calculator
Find partial pressure and mole fraction of a gas component in a mixture using Dalton's law.
Freezing Point Depression Calculator
Estimate the antifreeze effect and how far a solvent's freezing point drops with dissolved solute.
Graham's Law Effusion Rate Calculator
Compare effusion or diffusion rates of two gases based on their molar masses using Graham's law.
