What Is This Tool?
This converter transforms values from the US assay ton (AT), a historical unit used in mining and assaying precious metals, into daltons, a unit for atomic and molecular masses. It helps bridge mass data from large-scale assay samples to atomic-scale measurements commonly used in chemistry and biochemistry.
How to Use This Tool?
-
Enter the value in ton (assay) (US) [AT (US)] you want to convert.
-
Select the ton (assay) (US) [AT (US)] as the input unit and dalton as the output unit.
-
Click the convert button to obtain the equivalent mass in daltons.
-
Use the result for chemistry, biochemistry, mining, or assay analysis.
Key Features
-
Converts from the US assay ton (AT), a mining and assay mass unit.
-
Outputs results in daltons, the unified atomic mass unit used in atomic and molecular mass measurements.
-
Supports conversion of historical assay data into molecular scale units for chemistry and proteomics.
-
Provides direct numerical conversion based on a precise conversion factor.
-
User-friendly interface suitable for mining professionals, chemists, and biochemists.
Examples
-
2 Ton (assay) (US) [AT (US)] equals approximately 3.5129350267658 × 10²⁵ daltons.
-
0.5 Ton (assay) (US) [AT (US)] converts to approximately 8.7823375669145 × 10²⁴ daltons.
Common Use Cases
-
Reporting gold or silver concentration as ounces per assay ton on assay certificates.
-
Calculating contract settlements for ore shipments based on the metal content per assay ton.
-
Converting historical assay data into atomic-scale units like daltons for resource estimation and comparison.
-
Expressing atomic and molecular masses in chemistry and physical chemistry.
-
Determining masses of proteins and peptides in biochemistry and proteomics using mass spectrometry.
-
Describing monomer and oligomer masses in polymer science and analytical mass spectrometry.
Tips & Best Practices
-
Ensure you specify the exact mass when using ton (assay) (US) [AT (US)] due to its historical variation.
-
Use this conversion primarily for scientific and assay-related contexts, not everyday mass measurements.
-
Verify input values carefully as converting to daltons produces extremely large numbers.
-
Apply converted data to chemistry, biochemistry, metallurgical, or mining analyses for meaningful results.
Limitations
-
The ton (assay) (US) [AT (US)] varies historically and regionally, affecting conversion accuracy.
-
Daltons are extremely small units suited only for atomic and molecular scales.
-
Converted values are very large and impractical for common mass uses outside specialized scientific contexts.
Frequently Asked Questions
-
What is a ton (assay) (US) [AT (US)]?
-
It is a historical mining and assaying unit used to define the standard sample mass for reporting precious-metal content, with variations by jurisdiction.
-
What does a dalton measure?
-
A dalton measures mass at the atomic and molecular level, defined as one twelfth of the mass of a carbon-12 atom.
-
Why convert ton (assay) (US) to dalton?
-
Converting allows translating assay sample masses into atomic-level mass units helpful in chemistry, biochemistry, and resource estimation.
Key Terminology
-
Ton (assay) (US) [AT (US)]
-
A historical mining mass unit representing the standard sample mass for precious-metal assays, varying by region and practice.
-
Dalton (Da)
-
A unit of mass equal to one twelfth the mass of a carbon-12 atom, used to express atomic and molecular masses.
-
Unified Atomic Mass Unit (u)
-
Another name for the dalton, used interchangeably in chemistry and physics.