This is a question our experts keep getting from time to time. Now, we have got the complete detailed explanation and answer for everyone, who is interested!
Anthracene can potentially give rise to three different monochloro derivatives.
What is the maximum number of monochloro compounds that can be made from isopentane?
Five different monochloro derivatives are produced when chlorine is reacted with isopentane in a chemical reaction.
How many different isomers are there for the compound anthracene?
How many different structural isomers are there a possibility of when one of the hydrogen atoms in anthracene is replaced with a chlorine atom? Because there are only three different kinds of hydrogen, there are only three conceivable structural isomers.
How many different monochloro derivatives are there to choose from?
There are only two potential isomers of the monochloro derivative of this compound.
What is the total number of monochloro derivatives that can be made from pentane?
As a result, the chlorination of n-pentane, isopentane, and neopentane results in the formation of three, four, and one monochloro derivatives, respectively.
What is the maximum number of monochloro derivatives that can be created?
34 questions found in related categories
How many Monochloro derivatives can 3 methyl pentane?
> The compound known as 3-methylpentane has four different monochloro derivatives.
How many different structural isomers are there for the molecule of pentane?
Due to the fact that pentane can take on three different structural isomers, the best choice is B. Isomers are molecules that have the same chemical formula but have quite varied and unique structural configurations.
How many different structural isomers are there to choose from?
As a result, there are three potential structural isomers. As a result, the response that should be chosen is option A.
Derivatives of monochloro what is that?
A monochloro derivative is produced when a molecule contains only one chlorine atom attached to one specific carbon atom throughout the entire molecule…. So, in order to produce a monochloro derivative from it, we must replace any hydrogen atom that is connected to any carbon atom with any other hydrogen atom.
To what extent does the chlorination of neopentane result in the production of monochloro derivatives?
There are three distinct monochloro derivatives that can be obtained from neopentane.
When the following molecule is chlorinated, how many different monochloro derivatives are produced?
There are six different forms of hydrogen that can be substituted by chlorine atoms, which results in the possibility of six different monochloro derivatives.
How many different isomers of c5h10’s structure are there possible?
There are thirteen different types of hydrocarbons, and their molecular formula is C5H10. Cycloalkanes and alkenes are two distinct subgroups that can be derived from them.
How many different kinds of structural isomers are there for a molecule with the formula c4h10?
Butane is an alkane, which means its molecular formula is C4H10 because it has four carbon atoms. Both n-butane and isobutane are considered to be its isomers.
When one of the hydrogen atoms in diphenyl methane is switched out for a chlorine atom, how many different structural isomers are there a chance of?
As a result, we can see that it is conceivable for diphenylmethane to have four different structural isomers even though it only has one hydrogen atom replaced by a chlorine atom.
How many different isomers are there for hexane? Name and draw the structures of any two of the potential isomers of hexane.
There are five different isomers of hexane: Hexane is denoted by the chemical formula CH3CH2CH2CH2CH3 and consists of a linear chain of six carbon atoms.
How many different structural isomers are there for the molecule hexene?
There are a total of thirteen distinct alkene isomers that can be derived from hexene; however, this number does not include the additional geometric (E/Z) and optical (R/S) isomers. hex-1-ene.
What is the total number of isomers that pentene has?
1-pentene, 2-pentene, 2-methyl but-1-ene, 3-methyl but-1-ene, and 2-methyl but-2-ene are the five different isomers that can be formed from pentene. Isomers of pentene each have one double bond between their two carbon atoms, in addition to having five carbon atoms and ten hydrogen atoms.
What exactly are the isomers that pentane can come in?
Nevertheless, under the IUPAC nomenclature, pentane refers to only the n-pentane isomer; the other two are named isopentane (methylbutane), and neopentane. The term “pentane” can refer to any one of these three structural isomers, or it can refer to a mixture of all three of them.
Which one of the following does not not belong to the structural isomer group of pentane?
The answer that you are looking for is in Choice 1, which is 2,2 dimethyl pentane.
How many different monochloro derivatives of hexane are there possible?
The structure of hexane at the molecular level, During the chlorination process, a single hydrogen atom in the hexane is exchanged for an atom of chlorine, resulting in the formation of monochloro derivatives. Because the monochlorination of hexane results in the formation of two separate derivatives, there must be two distinct hydrogen atoms in order for there to be two monochloro derivatives.
How many different monochloro derivatives are there that can be made from 2-methylbutane?
Because 2-methyl butane has four distinct hydrogen atoms, during the process of monochlorination there is a chance that one of the hydrogen atoms will be replaced by a chlorine atom. If this does occur, then six structural isomers will be produced as monochloro products.
What is the maximum number of monochloro derivatives of diphenyl methane that can exist?
Diphenyl methane has four isomers that can be represented by its chemical formula in the form of mono chloro derivatives.
How many different acyclic isomers of C5H10 are there that can exist?
Hence, counting stereoisomers and geometrical isomers, there are a total of seven cyclic isomers in our system.