How many structural isomers are possible for diphenylmethane?

four structural isomers
Therefore, we see that four structural isomers are possible for diphenylmethane whose one hydrogen atom is substituted by a chlorine atom.

How many structural isomers are possible for if one of the hydrogen atom is replaced by a chlorine atom?

So, we get to know that four isomers are present when one hydrogen atom is replaced by chlorine atom. So, the correct answer is Option B .

How many Monochloro derivatives are possible for diphenylmethane?

The molecular formula of diphenyl methane shows four isomers in form of mono chloro derivatives.

How many structural isomers are possible if one hydrogen?

Only three types of hydrogen so only three structural isomers possible.

What is the formula of diphenyl?

C12H10
Biphenyl/Formula

How many ethers are possible with molecular formula c5h12o?

There are 8 alcohol and 6 ether isomers.

How many isomers does phenanthrene have?

The occurrence of two parent isomers, phenanthrene and anthracene, introduces added complexity and signature richness to the forensic interpretation.

How many Monochloro derivatives are possible for 3 Methylpentane?

four monochloro derivatives
> There are four monochloro derivatives for $\text{3-methylpentane}$.

How do you find the number of Monochloro derivatives?

You can get 5 monochloro derivative of n-pentane. The structure of n-pentane is somewhat like this CH3-CH2-CH2-CH2-CH3. Monochloro derivatives means C-12 sharing at least and at most one chlorine bond. In an alkane every C atom can have at least and at most one chlorine bond.

How many structural isomers of Monochloro derivatives are possible the following compound?

two isomeric monochloro derivatives
Only two isomeric monochloro derivatives are possible for.

How many structural isomers are possible for benzene when 2 H atoms are replaced by bromine atoms?

Here, there are three substitutions. Thus the number of structural isomers =2×3=6.

What is the molecular formula of diphenyl methane?

C13H12
Diphenylmethane/Formula
The molecular formula of diphenyl methane is C13H12. How many structural isomers are possible when one of the hydrogen is replaced by a chlorine atom?