How many Monochloro structural isomeric products are?

six structural isomers
Because of the four different hydrogen atoms of 2-methyl butane, there is a possibility of replacement of hydrogen atom with chlorine atom during monochlorination six structural isomers will form as monochloro products.

How many structural isomers are possible as product during Monochlorination of isopentane in presence of UV light?

Given the total number of isomers, including stereoisomers, obtained on monochlorination of isopentane. Total five isomers including stereoisomers out of which one is optically active (two enatiomers).

How many Monochloro derivatives are possible for isooctane?

′C′ has the formula C5​H12​ which can give four structural isomeric monochloro derivative .

How many Monochloro products are possible?

The 2 stereoisomers formed are S-2 chlorobutane and R-2 chlorobutane. Hence, the total number of monochloro products (including stereoisomers), which are possible is 3.

How many Monochloro structural isomeric products are formed when Isohexane is treated with cl2 HV?

The molecular structure of hexane, On chlorination, one hydrogen atom in the hexane is replaced by chlorine atom to give monochloro derivatives. Hexane on monochlorination gives two derivatives which mean there must be two different hydrogen atoms for two monochloro derivatives to form.

How many structural isomeric ethers are possible with c5h12o?

Eight alcohols structural isomers are possible for the given compound which are represented as: Six ether isomers are possible for the given compound which are represented as: Note: It is important to note that there is no specific formula to determine the structures or number of isomers possible for a compound.

How many enantiomers are possible on Monochlorination of isopentane?

4 isomers
Hence, there are a total of 4 isomers and out of them 2 are optically active.

What is the total number of chlorination products of ISO pentane?

The number of monochloro derivatives formed by the action of chlorine on isopentane is 5.

How many Monochloro substituted products obtained excluding stereoisomers?

Hence, the correct answer is Option (E) 8.

How many maximum structures of Monochloro derivatives of N pentane are possible?

Therefore, chlorination of n-pentane,isopentane and neopentane form three, four and one monochloro derivatives respectively.

What is Monochloro product?

The monochlorination of n-butane gives two products out of which one is optically active with one chiral carbon atom. Thus, there are 3 products are obtained.

How many structurally different Monochloro derivatives are formed by the chlorination of 2?

Six monochloro derivatives are possible corresponding to six types of hydrogen substituted by chlorine atoms.