1. Analytical Chemistry – the study of chemical analysis.
2. Nuclear Chemistry – the study of the formation, behavior, and properties of elements and nuclei.
3. Physical Chemistry – the study of the physical and chemical properties of matter.
4. Inorganic Chemistry – the study of the synthesis and behavior of non-organic compounds.
5. Biochemistry – the study of the chemistry of living systems and the molecules within them.
6. Medicinal Chemistry – the study of the design, synthesis and development of pharmaceutical drugs.
7. Organic Chemistry – the study of the structure, preparation, and properties of organic compounds.
8. Macromolecular/Polymer Chemistry – the study of the spatial and temporal properties of polymers.
9. Electrochemistry – the study of the interrelation of electrical and chemical phenomena.
10. Spectroscopy – the study of the interaction of light and matter.
11. Environmental Chemistry – the study of the impact of man-made substances on the environment.
12. Photochemistry – the study of the interaction of light and matter and the use of light-induced reactions.
13. Colloid Chemistry – the study of colloidal systems, which involve multiple-element systems dispersed throughout and dissolved in a fluid medium.
14. Theoretical Chemistry – the study of the physicochemical properties of molecules through theoretical computation and analysis.
15. Coordination Chemistry – the study of the properties of coordination complexes.
16. Medicinal Inorganic Chemistry – the study of the application of inorganic metals in medicinal purposes.
17. Materials Chemistry – the study of the structural and chemical properties of materials.
18. Computational Chemistry – the use of computers to model and simulate chemical reactions.
19. Food Chemistry – the study of the composition and preparation of food.
20. Nuclear Magnetic Resonance – the study of the structure and composition of molecules using magnetic fields.
How many types of chemistry are there?
There are six main types of chemistry: organic chemistry, inorganic chemistry, analytical chemistry, physical chemistry, biochemistry, and, most recently, green chemistry.
Organic chemistry is the study of compounds involving carbon molecules, including their properties and how these molecules interact with each other in a range of processes and reactions. Inorganic chemistry focuses on the properties and reactions of minerals and metals.
Analytical chemistry focuses on the identification, separation and quantitation of chemical components of a sample material. Physical chemistry focuses on the behavior of matter at a subatomic level, such as the study of gases, kinetic theory and thermodynamics.
Biochemistry focuses on the chemical processes within and related to living organisms, including biological structures and functions. Finally, green chemistry is the study and development of techniques to reduce or eliminate costly and hazardous waste, while still producing a high-quality product.
Which branch of chemistry is best?
The answer to this question ultimately depends on your individual interests and career aspirations. Generally, the different braches of chemistry can be categorised into two main categories: analytical chemistry and physical chemistry.
Analytical chemistry focuses on using various methods and techniques to identify, separate and quantify matter. It’s a branch of chemistry that depends heavily on the use of instrumentation such as spectroscopy, chromatography and microscopy in order to gain chemical information.
The applications of this branch of chemistry can range from conducting environmental testing to forensic investigations.
Physical chemistry, on the other hand, focuses on understanding the fundamental characteristics, laws and theories that govern the behaviour of matter. It involves the use of mathematics to solve and explain chemical problems.
The applications of this branch of chemistry can range from providing insight into ways to design better materials to furthering our understanding of nature and the universe.
Ultimately, the best branch of chemistry will depend heavily on what type of work you are interested in. If you’re looking for a career that involves identifying and separating matter, then analytical chemistry would likely be the best branch of chemistry to pursue.
If you’re looking for a career that involves probing the very nature of matter, then physical chemistry may be the better choice.
What are the 8 elements called?
The 8 elements of art are line, shape, form, space, texture, value, color, and hue.
Line refers to the the edge of a shape created by the intersection of two planes in a two-dimensional work. Lines can be straight, curved, angular, sketchy, thick, thin, and a variety of other values.
Lines can be used to create perspective, movement, and texture.
Shape refers to any enclosed two-dimensional area. Shapes are defined by the outline that forms their boundary and can be organic or geometric. Shapes can be used in various ways, including to communicate emotions and to convey spatial relationships.
Form is the three-dimensional representation of an object which includes height, width, and depth. Forms can be either organic or geometric and can be combined with other forms to create a composition.
Space is an element of art that refers to the area between or around an object or a figure. Positive space is that within an object, negative space is the area around it. Both are equally important in creating a composition.
Texture refers to the surface quality of an object, whether real (tactile) or implied (visual). Textures can help create the illusion of depth, enhance a mood, and draw the viewers eye.
Value is the relative lightness or darkness of a hue, which can have a dramatic impact on an object’s visibility. Values can be used for shading, blending, contrasting, and emphasizing objects in a composition.
Color is an element of art that refers to the visible spectrum of hues. Color has the ability to evoke emotion and create movement in a work of art.
Hue is the range of colors associated with a single color on the visible spectrum. Hues can be tints, shades, and tones.
What are the 5 areas of chemistry and what does each area study?
The five primary areas of chemistry are organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, and biochemistry.
Organic chemistry studies the structure, properties, and reactions of carbon-containing molecules to better understand their behavior. This includes a variety of compounds such as: hydrocarbons, lipids, proteins, carbohydrates, and nucleic acids.
Inorganic chemistry deals with the synthesis and properties of inorganic compounds. This includes compounds such as: metals, minerals, sulfides, and compounds containing halogens.
Physical chemistry focuses on the physical properties of chemical systems and their underlying mechanisms. This includes topics such as: thermodynamics, kinetics, quantum mechanics, and spectroscopy.
Analytical chemistry is the practice of measuring and interpreting substances or processes. This includes various techniques such as: chromatography, spectroscopy, electrochemistry, and titration.
Biochemistry is the study of biological molecules and the chemical interactions that occur within cells. This includes topics such as: enzyme kinetics, metabolic pathways, and protein structure.
How many topics are there in chemistry?
The number of topics in chemistry is vast and varied, as the field is incredibly broad. Chemistry itself is the science of matter and its interactions, so there are numerous branches and sub-branches of the field.
These can include organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, biochemistry, nuclear chemistry, environmental chemistry and the list goes on. Within each of these, there are various areas of specialization, including thermodynamics, kinetics, quantum chemistry, electrochemistry, spectroscopy, and much more.
There are also various branches of applied chemistry that are important to many industries and technologies, such as materials science and engineering, pharmaceuticals, biotechnology, food science and nutrition, and more.
Finally, chemistry also includes the study of chemical reactions, reaction mechanisms, and the synthesis and analysis of substances. In short, there are an infinite number of topics within the field of chemistry.