MCP For Claude Marketplace
Partial Pressure Calculator

Partial Pressure Calculator MCP Connector for Claude

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Calculate partial pressures, mole fractions, and mass percentages for gas mixtures.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides precise computational tools for analyzing gas mixtures. It allows users to determine partial pressures, mole fractions, and mass percentages using Dalton's Law. You can perform calculations based on molar quantities using calculate_from_moles or based on mass using calculate_from_mass. The server also includes validate_ideal_assumption to check if real gas corrections are necessary due to high pressure or low temperature, and get_composition_summary for statistical validation of known mixtures.

gaspressurechemistryphysicsdalton

4 tools expose this connector's capabilities to your AI agent.

calculate_from_mass

Determines partial pressures and composition when the user provides the weight (mass) of each gas

calculate_from_moles

Determines partial pressures and composition when the user provides the molar quantities of each gas

get_composition_summary

Provides a high-level statistical summary of a known gas mixture's composition

validate_ideal_assumption

Evaluates whether the ideal gas law is sufficient or if real gas corrections are required

See how to talk to your AI agent using Partial Pressure Calculator.

Calculate the partial pressures for a mixture of 2 moles of Nitrogen (molar mass 28.01) and 1 mole of Oxygen (molar mass 32.00) at a total pressure of 101.3 kPa.

The partial pressure of Nitrogen is 67.53 kPa and the partial pressure of Oxygen is 33.77 kPa.

I have 10g of Helium (molar mass 4.00) and 5g of Argon (molar mass 39.95) at 150 kPa. What are the mole fractions?

The mole fraction of Helium is 0.714 and the mole fraction of Argon is 0.286.

Is the ideal gas law sufficient at 500 kPa and 200 K for a mixture of Nitrogen and Oxygen?

At 500 kPa and 200 K, there is a high deviation risk, and real gas corrections are recommended.

Use the `calculate_from_mass` tool. Provide the mass and molar mass for each component along with the total system pressure.

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