Which branch of chemistry focuses primarily on the study of carbon-containing compounds?
Organic Chemistry
Organic chemistry is the branch of chemistry that deals with carbon compounds – hydrocarbons and their derivatives such as alcohols, acids, sugars, proteins, fuels and polymers. Carbon can form long chains and rings through catenation, which gives rise to a very large number of such compounds.
Only a few simple carbon compounds, such as carbon dioxide, carbonates and cyanides, are traditionally studied outside this branch; the main body of carbon-containing compounds belongs to organic chemistry.
Analytical chemistry deals with identifying substances and measuring their amounts. Inorganic chemistry studies elements and compounds other than the bulk of carbon compounds, such as metals, minerals and salts. Physical chemistry applies physical principles such as energy changes, reaction rates and equilibrium to chemical systems.
Hence, Organic Chemistry.
Which of the following statements best describes a characteristic shared by all organic compounds?
Why are saturated hydrocarbons generally unreactive under normal conditions?
Which of the following is NOT a branched alkane?
The element commonly referred to as the "building block of life" is:
How does soap help in cleaning greasy clothes?
Which carbon compound is least likely to undergo an addition reaction?
Which statement correctly describes an addition reaction?
Which statement best describes the function of micelles formed by soaps in water?
Which of the following best describes what happens when ethanol undergoes complete combustion in air?
Which of the following is an example of a compound with a ring structure?
A carbon compound when heated in excess of concentrated sulphuric acid at 443K gives ethene. The compound is an________.
Plastic is not related to which of the following
The Peroxyacetyl Nitrate (PAN) is:
Which one of the following is the chemical name of heavy water ?
Which of the following alkanes contains primary ($1^\circ$), tertiary ($3^\circ$), and quaternary ($4^\circ$) carbons, but no secondary ($2^\circ$) carbons?