Study the chemistry of compounds of carbon. Carbon has a vast chemistry due to its ability to form strong C-C bonds and thus catenation. Carbon can form strong bonds with atoms such as hydrogen, oxygen and nitrogen. Thus carbon chemistry is extremely vast when compared to the chemistry of any other element in the Periodic Table.
An organic chemist will study things like proteins and amino acids.
Since oxygen is an inorganic substance, most likely an inorganic chemist would describe the chemical properties of oxygen.
THE MAJOR TASK OF CHEMIST IS TO ISOLATE THE BENEFICIAL COMPOUNDS FOR HUMAN.THERE ARE DIFFERENT SORT OF CHEMISTS. 1) ORGANIC CHEMIST 2) INORGANIC CHEMIST 3) PHYSICAL CHEMIST 4) ANALYTICAL CHEMIST 5) INDUSTRIAL CHEMIST EVERY CHEMIST HAS DIFFERENT TASK.
An inorganic chemist, or an organometallic chemist. Othe chemists for example Organic chemists, physical chemists and biochemists are interested in aluminium chemistry or behaviour when it relates to their field. Metallurgists and materaisl scientists also study aluminium but focus on the metal itself e.g. production, physical properties etc.
The sodium sulphate (Na2SO4) is an inorganic chemical compound.
Inorganic since it does not contain carbon
A person who studies inorganic elements
amphetamine is inorganic. it was synthesized by a chemist.
Since oxygen is an inorganic substance, most likely an inorganic chemist would describe the chemical properties of oxygen.
THE MAJOR TASK OF CHEMIST IS TO ISOLATE THE BENEFICIAL COMPOUNDS FOR HUMAN.THERE ARE DIFFERENT SORT OF CHEMISTS. 1) ORGANIC CHEMIST 2) INORGANIC CHEMIST 3) PHYSICAL CHEMIST 4) ANALYTICAL CHEMIST 5) INDUSTRIAL CHEMIST EVERY CHEMIST HAS DIFFERENT TASK.
There is no specific study of ionic bonds, but being most common in inorganic chemistry probably an inorganic chemist would be most interested.
It depends what state and what country you work for. Also depends on the nature of the job
Organic, Inorganic, Analytical, Biochem, Physical, Theoretical, Materials, Environmental. There are some others but these are the "main" ones.
It is possible to consider Friedrich Wöhler, a German chemist which produced in 1828 the organic compound urea from inorganic substances.
THE MAJOR TASK OF CHEMIST IS TO ISOLATE THE BENEFICIAL COMPOUNDS FOR HUMAN.THERE ARE DIFFERENT SORT OF CHEMISTS. 1) ORGANIC CHEMIST 2) INORGANIC CHEMIST 3) PHYSICAL CHEMIST 4) ANALYTICAL CHEMIST 5) INDUSTRIAL CHEMIST EVERY CHEMIST HAS DIFFERENT TASK.
An inorganic chemist, or an organometallic chemist. Othe chemists for example Organic chemists, physical chemists and biochemists are interested in aluminium chemistry or behaviour when it relates to their field. Metallurgists and materaisl scientists also study aluminium but focus on the metal itself e.g. production, physical properties etc.
To become a chemist, a student would need 8 semesters of Chemistry. Two of inorganic Chem, two of organic Chem, one each of Quantitative Analysis and of Qualitative Analysis plus two semesters of Physical Chem. A student can also take additional classes in Biochemistry.
Yes, those are both ways of describing water. The reason for the difference, is that to an inorganic chemist, the water molecule is the combination of hydrogen and oxygen, hence hydrogen oxide, whereas to an organic chemist, the water molecule is the combination of hydrogen and the hydroxide radical (which is composed of hydrogen and oxygen).