Click to start!
10Click to start!
10Click to start!
10Click to start!
10Unsaturated hydrocarbons contain double or triple bonds.
Homologous series members have different general formulas.
Each member of a homologous series is called a homologue.
Adjacent homologues differ by a CH₄ group.
Alkyl radical is formed by removing one hydrogen atom from an alkane.
Methanol is represented by CH₃CH₂OH.
Functional groups determine the chemical reactivity of compounds.
Unsaturated hydrocarbons are very stable.
Molecular weight difference between adjacent homologues is 14.
CH₃- is an example of an alkyl radical.
Percentage: 0%
Which of the following is an unsaturated hydrocarbon?
Homologous series members differ by:
Functional groups determine:
Methanol molecular formula is:
Alkyl radical is formed by:
Propanol molecular formula is:
The general formula of an alkyl radical is:
Unsaturated hydrocarbons are:
Molecular weight difference between adjacent homologues is:
Example of functional group:
The hydrocarbons having double or triple covalent bonds are called ______ hydrocarbons.
Unsaturated hydrocarbons are chemically ______.
Hydrocarbons represented by the same general formula belong to a ______ series.
Each member of a homologous series is called a ______.
Adjacent homologues differ by a ______₂ group.
The molecular weight of adjacent homologues differs by ______.
Methanol has the molecular formula ______₃OH.
The group formed by removing one hydrogen atom from an alkane is called an ______ radical.
General formula of an alkyl radical is ______ₙH₂ₙ₊₁.
A group of atoms that determines the chemical reactivity of a compound is called a ______ group.