Gravimetric Analysis Calculator

Gravimetric Analysis Calculator MCP Connector for Claude

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Perform precise quantitative chemical analysis by calculating analyte mass and composition.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for quantitative chemical analysis through gravimetric methods. It allows AI agents to calculate analyte mass, gravimetric factors, and percentage composition from precipitate measurements. Users can also determine ignition loss and verify if a precipitate has reached a stable mass using validate_drying_completeness. The server handles complex stoichiometric conversions via convert_stoichiometry_to_factor to ensure accurate mass relationships between analytes and precipitates.

gravimetricstoichiometryanalytical-chemistryquantitative-analysislaboratory-tools

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

analyze_gravimetric_results

Calculates the fundamental analyte properties from a measured precipitate

calculate_ignition_impact

Determines the mass lost during the heating/ignition phase

convert_stoichiometry_to_factor

Simplifies the conversion between molar mass ratios and the gravimetric factor

validate_drying_completeness

Checks if a precipitate has reached a stable mass through repeated heating

See how to talk to your AI agent using Gravimetric Analysis Calculator.

Calculate the analyte mass if the precipitate mass is 5.0g, the stoichiometric ratio is 0.5, and the sample mass is 10.0g.

The analyte mass is 2.5g, the gravimetric factor is 0.5, and the percentage composition is 25.0%.

What was the mass lost during ignition if the initial mass was 2.50g and the final mass is 2.45g?

The ignition loss is 0.05g, which represents a 2.0% mass loss.

Is the precipitate stable if the mass sequence is 1.002, 1.001, 1.001?

Yes, the mass is stable as the difference between the last two readings is 0.000.

You can use the `analyze_gravimetric_results` tool by providing the precipitate mass, the stoichiometric ratio, and the total sample mass.

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