total no of conformers of methane is
Answers
zero because methane doest not have any other carbon it is a single carbon compound so it doesn't show isomerism as well as conformation
Answer:
Concept:
An isomer of a molecule known as a conformer differs from another isomer by rotating one of the molecule's bonds. An isomer of conformation is also referred to as a conformer. Conformation is the term used to describe the isomers that result. The term "Conformation" refers to the various arrangements of atoms in space that can be produced by rotation about a C-C bond. There is an energy barrier of 120 kJ/mol that must be surmounted, therefore it is not entirely free.
Given:
Total no of conformers of methane is
Find:
find the conformers in methane
Answer:
zero number of conformers in methane
It is a prevalent belief that no isomerism is conceivable with methane (CH4) because it is a molecule that is a perfect tetrahedron. But because methane's carbon-hydrogen bonds are constantly vibrating and bending, it is possible to say that an apparent isomerism exists on very short timescales.
Isomerism brought on by rotations about bonds becomes more important as complexity rises. For instance, both carbon atoms in ethane (CH3CH3) are roughly tetrahedral. Thus, there are two conceivable limiting structures for ethane: eclipsed ethane and staggered ethane, in which the carbon-hydrogen bonds are as close together as feasible. Clearly, these two structures are not the same. A "Newman projection" (named after American scientist Melvin Newman) that looks down the carbon-carbon bond and concentrates on the positions of the six hydrogens may be the best way to detect the differences.
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