Spectroscopy is a branch of science, what does it study?
Spectroscopy is the study of the absorption and emission of light and other radiation by different types of matter. Spectroscopy is mostly associated with astronomy. It is used in astronomy to study the light emitted from an object. Light can move through space and is referenced as waves or particles. Using these particles astronomers can learn about the object emitting this light in space by studying its spectrum, such as its composition, temperature, density and its motion phases.
How can spectroscopy be used in different industries?
The study of spectroscopy can be used in many different industries. Some of them include:
1. The Pharmaceutical industry
In the Pharmaceutical industry they use spectroscopy to analyse the various elements, including metals and metalloids to use in pharmaceutical products. The information in these metals and metalloids need to be accurate so the industry can put that type of metal or metalloids in their product without the risk of harming people.
2. The food and dairy industry
The spectroscopy is used to analyse the protein, carbohydrates and fats in different foods. This is so food specialists can experiment and document what humans consume.
The dairy industry uses spectroscopy to prove to costumers that the dairy products are pure, unadulterated and free from contamination which may lead to diseases.
3. Textile industry
The textile industry uses the spectroscopy study to detect and treat raw fibers. The tests are required to be quick and efficient so they use the spectroscopy.
Identify how spectroscopy is used to study the universe and its composition.
Spectroscopy is used to study the universe and its composition by often finding the different chemical compositions of stars. These stars may also include plants and the sun. They use the spectroscopy to find the age, speed of rotation, temperature of that star and the distance away from earth. Scientists will often study various stars to gather more accurate information about the stars composition. Spectroscopy allows scientists to expand on their knowledge by investigating lots of parts of the universe which allows them to discover and document new findings.
Spectroscopy is the study of the absorption and emission of light and other radiation by different types of matter. Spectroscopy is mostly associated with astronomy. It is used in astronomy to study the light emitted from an object. Light can move through space and is referenced as waves or particles. Using these particles astronomers can learn about the object emitting this light in space by studying its spectrum, such as its composition, temperature, density and its motion phases.
How can spectroscopy be used in different industries?
The study of spectroscopy can be used in many different industries. Some of them include:
1. The Pharmaceutical industry
In the Pharmaceutical industry they use spectroscopy to analyse the various elements, including metals and metalloids to use in pharmaceutical products. The information in these metals and metalloids need to be accurate so the industry can put that type of metal or metalloids in their product without the risk of harming people.
2. The food and dairy industry
The spectroscopy is used to analyse the protein, carbohydrates and fats in different foods. This is so food specialists can experiment and document what humans consume.
The dairy industry uses spectroscopy to prove to costumers that the dairy products are pure, unadulterated and free from contamination which may lead to diseases.
3. Textile industry
The textile industry uses the spectroscopy study to detect and treat raw fibers. The tests are required to be quick and efficient so they use the spectroscopy.
Identify how spectroscopy is used to study the universe and its composition.
Spectroscopy is used to study the universe and its composition by often finding the different chemical compositions of stars. These stars may also include plants and the sun. They use the spectroscopy to find the age, speed of rotation, temperature of that star and the distance away from earth. Scientists will often study various stars to gather more accurate information about the stars composition. Spectroscopy allows scientists to expand on their knowledge by investigating lots of parts of the universe which allows them to discover and document new findings.