Answer:
A) CH3OH 3
B) C4H9OH 2
C) C8H17OH 1
Step-by-step explanation:
A common alcohol is represented as ROH
Where = substituent
Here in this the substituents are – CH3, C4H9 and C8H17
As the size of substituent increases, the acid becomes more and more strong. This is so because this makes availability of large volumes over which the charge can be distributed and thus the charge density reduced. Reduction is charge density also reduces the Coulombic repulsion