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प्रश्न
The phenomenon in which compounds having different structural formulae have the same molecular formula is called _______.
पर्याय
structural isomerism
catenation
homologous
functional group
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उत्तर
The phenomenon in which compounds having different structural formulae have the same molecular formula is called structural isomerism.
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संबंधित प्रश्न
What is a homologous series?
What is meant by homologous series of carbon compounds?
By how many carbon atoms and hydrogen atoms do any two adjacent homologues differ?
Define a homologous series. Give the name and structural formula of one homologue of the following:
CH3OH
What is a homologous series? Explain with an example.
What is homologous series ?
Write the name and molecular formula of the first member of the homologous series of alkynes.
There are different general molecular formula for all members of the homologous series.
Write a short note.
Homologous series
Which of the following pairs can be the successive members of a homologous series?
Successive members of a homologous series vary by how many atomic mass unit?
C3H8 belongs to the homologous series of ______.
Name the following organic compound:
The first homologue whose general formula is CnH2n.
Study and complete the following table:
| Homologous series | Alkane | Alkyne |
| General formula | CnH2n+2 | 1. ______ |
| IUPAC name | 2. ______ | Ethyne |
| Common name | Marsh gas | 3. ______ |
Consider the following molecular formulae of carbon compounds:
(i) CH3COOH (ii) CH3OH (iii) C2H6 (iv) C3H4 (v) C4H8
- Which one of these compounds belongs to homologous series of alcohols?
- Identify the compound having triple bond between carbon-carbon atoms.
- Write the molecular formula of the first member of the homologous series to which CH3COOH belongs.
- Write the general formula of the series to which the compound C4H8 belongs.
Name the third homologue of alcohols.
Name the following:
Group of organic compounds where the successive members follow a regular structural pattern, successive compounds differ by a 'CH2' group.
