Amount of substance - Measurement Units, Conversion Chart and Calculator

Amount of substance Conversion Calculator

Use Amount of substance Calculator to convert between different amount of substance measurement units.

Amount of substance Conversion Chart

Following is amount of substance conversion chart based on the SI unit moles :

Unit and Converted Value
1 atoms = 1.66053886313e-24 moles
1 attomoles = 1e-18 moles
1 centimoles = 0.01 moles
1 decamoles = 10 moles
1 decimoles = 0.1 moles
1 examoles = 1.00000e+18 moles
1 femtomoles = 1e-15 moles
1 gigamoles = 1.00000e+9 moles
1 hectomoles = 100 moles
1 kilomoles = 1000 moles
1 megamoles = 1.00000e+6 moles

Unit and Converted Value
1 micromoles = 0.000001 moles
1 millimoles = 0.001 moles
1 molecules = 1.66053886313e-24 moles
1 nanomoles = 1e-9 moles
1 petamoles = 1.00e+15 moles
1 picomoles = 1e-12 moles
1 teramoles = 1.00e+12 moles
1 yoctomoles = 1e-24 moles
1 yottamoles = 1.00e+24 moles
1 zeptomoles = 1e-21 moles
1 zettamoles = 1.00e+21 moles

Amount of substance Measurement Units

What is Amount of Substance?

Amount of substance is a fundamental quantity in chemistry that refers to the quantity of entities (such as atoms, molecules, ions, etc.) in a sample. It is commonly measured in units such as moles. The amount of substance plays a key role in chemical reactions, stoichiometry, and understanding the composition of matter.

How Amount of Substance is Useful in Real Life:

Chemical Reactions: The amount of substance is crucial in balancing chemical equations, helping determine the correct proportions of reactants and products in a reaction.
Pharmaceuticals: Accurate measurement of substances is essential for formulating drugs, ensuring the correct concentration of active ingredients in medications.
Environmental Science: The amount of substance is used to assess the concentration of pollutants in air, water, and soil, which is vital for environmental monitoring and protection.
Material Science: In material science, the amount of substance helps in understanding the molecular composition of materials, which is essential for developing new materials and technologies.
Food Industry: In food chemistry, the amount of substance is used to measure ingredients, preservatives, and additives to ensure food safety and quality control.
Forensic Science: The measurement of the amount of substance is key in analyzing crime scene evidence, including substances like drugs, toxins, or other chemical traces.