How many Monochlorinated products are possible for pentane?

Neopentane forms only one monochlorinated product because Neopentane has four identical methyl group attached to a quaternary carbon.

How many Monohalo derivatives are possible for pentane?

Isopentane can form four structurally isomeric mono bromo derivatives.

How many different isomers of Monochlorinated products can be obtained from n Pentane?

Total fourteen monochlorinated products can be obtained from all the isomeric alkanes having the formula C5H10 (excluding stereoisomers).

What are Monochlorinated products?

Monochlorination of an alkane involves substituting one of the hydrogen in the alkane with a chlorine atom. This is achieved by treating the alkane with chlorine in the presence of UV light.

How many Monochlorinated products may be obtained when the alkane Shown below is heated in the presence of cl2?

∴ Total 8 monochloro products.

How many structural products are formed when C5H12 is Monochlorinated?

one monochlorination product
A hydrocarbon C5H12 gives only one monochlorination product.

How many Monochloro derivatives are obtained when you pentane is chlorinated?

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

How many number of mono chloro derivatives are obtained when neo pentane is chlorinated?

two monochloro
An alkane C6H14 gives two monochloro derivatives when chlorinated.

How many no of Monochlorinated products are obtained by 3 Ethylpentane?

When 3-ethylpentane reacts with chlorine gas in the presence of light, three different monochlorinated products are formed: Draw structures for the three products.

How many distinct Monochlorinated products are there?

How many Monochlorinated products are obtained by the chlorination of isopentane?

four isomeric monochloro
Isopentane on monochlorination gives four isomeric monochloro derivatives of isopentane.

How many Monochlorinated products are formed for methylcyclohexane and explain the product distribution?

Five structural isomers can be formed by monochlorination of methylcyclohexane.