(a)
Interpretation:
Structure of the given ether has to be drawn.
Concept Introduction:
Structure of ether can be derived from the common name or IUPAC name.
From common name:
The two hydrocarbon groups are given in alphabetical order in the common name. They both are attached through oxygen atom which leads to the structure of the ether.
From IUPAC name:
The base name is drawn first followed by attaching the alkoxy group at the correct number of carbon atom where it is substituted in the base name. This is indicated in the IUPAC name itself.
(b)
Interpretation:
Structure of the given ether has to be drawn.
Concept Introduction:
Structure of ether can be derived from the common name or IUPAC name.
From common name:
The two hydrocarbon groups are given in alphabetical order in the common name. They both are attached through oxygen atom which leads to the structure of the ether.
From IUPAC name:
The base name is drawn first followed by attaching the alkoxy group at the correct number of carbon atom where it is substituted in the base name. This is indicated in the IUPAC name itself.
(c)
Interpretation:
Structure of the given ether has to be drawn.
Concept Introduction:
Structure of ether can be derived from the common name or IUPAC name.
From common name:
The two hydrocarbon groups are given in alphabetical order in the common name. They both are attached through oxygen atom which leads to the structure of the ether.
From IUPAC name:
The base name is drawn first followed by attaching the alkoxy group at the correct number of carbon atom where it is substituted in the base name. This is indicated in the IUPAC name itself.
(d)
Interpretation:
Structure of the given ether has to be drawn.
Concept Introduction:
Structure of ether can be derived from the common name or IUPAC name.
From common name:
The two hydrocarbon groups are given in alphabetical order in the common name. They both are attached through oxygen atom which leads to the structure of the ether.
From IUPAC name:
The base name is drawn first followed by attaching the alkoxy group at the correct number of carbon atom where it is substituted in the base name. This is indicated in the IUPAC name itself.
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