Nanograms to Attograms
Converter

Conversion Table

How to convert

1 nanogram (ng) = 1000000000 attogram (ag). Nanogram (ng) is a unit of Weight used in Metric system. Attogram (ag) is a unit of Weight used in Metric system.

Nanograms: A Unit of Weight

Nanograms are a unit of weight that are used for measuring very small masses, such as molecules, atoms, and particles. Nanograms are also known as billionths of a gram. The symbol for nanogram is ng.

Definition of the Nanogram

The nanogram is defined as one billionth of a gram, which is the base unit of mass in the International System of Units (SI). The nanogram is also equal to one thousandth of a microgram or one millionth of a milligram.

The nanogram is equal to about 2.2×10-12 pounds or 1.54×10-8 grains. The nanogram is also equal to about 6.02×10-14 atomic mass units or 1.66×10-24 kilograms.

How to Convert Nanograms

Nanograms can be converted to other units of weight by using conversion factors or formulas. Here are some examples of how to convert nanograms to other units of weight in the US customary system and the SI system:

• To convert nanograms to pounds, multiply by 2.2×10-12. For example, 10 ng = 10 x 2.2×10-12 = 2.2×10-11 lb.
• To convert nanograms to grains, multiply by 1.54×10-8. For example, 5 ng = 5 x 1.54×10-8 = 7.7×10-8 gr.
• To convert nanograms to tonnes, multiply by 1×10-12. For example, 20 ng = 20 x 1×10-12 = 2×10-11 t.
• To convert nanograms to kilograms, multiply by 1×10-9. For example, 15 ng = 15 x 1×10-9 = 1.5×10-8 kg.
• To convert nanograms to grams, multiply by 1×10-6. For example, 25 ng = 25 x 1×10-6 = 2.5×10-5 g.
• To convert nanograms to milligrams, multiply by 0.001. For example, 30 ng = 30 x 0.001 = 0.03 mg.

Where Nanograms are Used

Nanograms are used in different countries and regions for different applications and purposes. Here are some examples of where nanograms are used:

• In the fields of microbiology, physics, and chemistry, nanograms are used for measuring weight, especially for molecules, atoms, and particles.
• In the fields of medicine and pharmacology, nanograms are used for measuring weight, especially for drugs, hormones, and biomarkers.
• In the fields of biotechnology and nanotechnology, nanograms are used for measuring weight, especially for nanostructures, nanomaterials, and nanodevices.
• In the fields of environmental science and toxicology, nanograms are used for measuring weight, especially for pollutants, contaminants, and toxins.

History of Nanograms

Nanograms have a relatively recent history that dates back to the late 20th century. Here are some highlights of the history of nanograms:

• The nanogram was derived from the gram, which was originally defined as the mass of one cubic centimeter of water at its maximum density of four degrees Celsius in the late 18th century.
• The nanogram was part of the metric system that was introduced in France in the late 18th century as a decimal-based system of measurement that was designed to replace the traditional units that varied from region to region.
• The nanogram was adopted by many countries around the world as part of the International System of Units (SI) that was established in the mid 20th century as a universal system of measurement that was based on seven base units and several derived units.
• The nanogram was also referred to as the billionth of a gram or the millimicrogram in some countries and contexts to emphasize its extremely small size.

Example Conversions of Nanograms to Other Units

Here are some examples of conversions of nanograms to other units of weight:

• 1 ng = 2.2×10-12 lb
• 1 ng = 1.54×10-8 gr
• 1 ng = 1×10-12 t
• 1 ng = 1×10-9 kg
• 1 ng = 1×10-6 g
• 1 ng = 0.001 mg
• 1 ng = 6.02×10-14 u
• 1 ng = 1.66×10-24 kN
• 1 ng = 3.53×10-14 oz
• 1 ng = 5.64×10-13 dr

Attograms: A Unit of Weight

Attograms are a unit of weight that are used for measuring extremely small masses, such as atoms, molecules, and particles. Attograms are also known as trillionths of a gram. The symbol for attogram is ag.

Definition of the Attogram

The attogram is defined as one trillionth of a gram, which is the base unit of mass in the International System of Units (SI). The attogram is also equal to one thousandth of a femtogram or one millionth of a picogram.

The attogram is equal to about 2.2×10-21 pounds or 1.54×10-17 grains. The attogram is also equal to about 6.02×10-23 atomic mass units or 1.66×10-33 kilograms.

How to Convert Attograms

Attograms can be converted to other units of weight by using conversion factors or formulas. Here are some examples of how to convert attograms to other units of weight in the US customary system and the SI system:

• To convert attograms to pounds, multiply by 2.2×10-21. For example, 10 ag = 10 x 2.2×10-21 = 2.2×10-20 lb.
• To convert attograms to grains, multiply by 1.54×10-17. For example, 5 ag = 5 x 1.54×10-17 = 7.7×10-17 gr.
• To convert attograms to tonnes, multiply by 1×10-21. For example, 20 ag = 20 x 1×10-21 = 2×10-20 t.
• To convert attograms to kilograms, multiply by 1×10-18. For example, 15 ag = 15 x 1×10-18 = 1.5×10-17 kg.
• To convert attograms to grams, multiply by 1×10-15. For example, 25 ag = 25 x 1×10-15 = 2.5×10-14 g.
• To convert attograms to milligrams, multiply by 0.000000000001. For example, 30 ag = 30 x 0.000000000001 = 0.00000003 mg.

Where Attograms are Used

Attograms are used in different countries and regions for different applications and purposes. Here are some examples of where attograms are used:

• In the fields of physics, chemistry, and microbiology, attograms are used for measuring weight, especially for atoms, molecules, and particles.
• In the fields of medicine and pharmacology, attograms are used for measuring weight, especially for drugs, hormones, and biomarkers.
• In the fields of biotechnology and nanotechnology, attograms are used for measuring weight, especially for nanostructures, nanomaterials, and nanodevices.
• In the fields of environmental science and toxicology, attograms are used for measuring weight, especially for pollutants, contaminants, and toxins.

History of Attograms

Attograms have a relatively recent history that dates back to the late 20th century. Here are some highlights of the history of attograms:

• The attogram was derived from the gram, which was originally defined as the mass of one cubic centimeter of water at its maximum density of four degrees Celsius in the late 18th century.
• The attogram was part of the metric system that was introduced in France in the late 18th century as a decimal-based system of measurement that was designed to replace the traditional units that varied from region to region.
• The attogram was adopted by many countries around the world as part of the International System of Units (SI) that was established in the mid 20th century as a universal system of measurement that was based on seven base units and several derived units.
• The attogram was also referred to as the trillionth of a gram or the millinano gram in some countries and contexts to emphasize its extremely small size.

Example Conversions of Attograms to Other Units

Here are some examples of conversions of attograms to other units of weight:

• 1 ag = 2.2×10-21 lb
• 1 ag = 1.54×10-17 gr
• 1 ag = 1×10-21 t
• 1 ag = 1×10-18 kg
• 1 ag = 1×10-15 g
• 1 ag = 0.000000000001 mg
• 1 ag = 6.02×10-23 u
• 1 ag = 1.66×10-33 kN
• 1 ag = 3.53×10-23 oz