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Because each of the carbon atoms is unique, there are eight distinct monochloro derivatives that could be produced.
How many different monochloro derivatives of n-Pentane are there possible?
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 exist?
Because each of the carbon atoms is unique, there are eight distinct monochloro derivatives that could be produced.
What is the most number of monochloro derivatives that can be created?
The isomers 2,3-dimethylbutane and 2-methylpentane, respectively, are those that produce the fewest and the greatest amount of monochloro derivatives. option
How many different monochloro derivatives of ethane are there possible?
1. The monochlorinated product that results from the free radical halogenation of methane and ethane is the only possible outcome.
How many different monochloro derivatives of pentane are there to choose from?
23 questions found in related categories
How many different anthracene monochloro derivatives are there to choose from?
Anthracene can potentially give rise to three different monochloro derivatives.
What is the maximum number of monochlorobutanes that can be produced?
In the process of chlorinating n-butane, how many monochlorobutanes are expected to be produced? There is a maximum of two monochlorobutanes that can exist.
Which of the isomers of the molecule with the formula C6H14 has two isopropyl groups?
2,3-Dimethylbutane.
What else can make three monochloride molecules?
There is symmetry present in the structure of the hexane molecule at the 3-4 bond. Hence, chlorine is able to form bonds with the first, second, and third carbons. As a result, we are going to obtain three monochloride derivatives.
Which alkane has the potential to undergo the most amount of monochlorinations?
Only 2-methyl pentane, out of all the isomers of C6H14, will generate the highest amount of mono chloro derivatives. This is the case regardless of the other isomers.
What is the total amount of monochloro?
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.
How many different monochloro compounds of C6H14 are there possible?
When chlorinated, an alkane with the formula C6H14 produces two monochloro derivatives.
How many different monochloro isomers are there that can be formed from two methylheptane molecules?
According to Ernest Z., 2-methylbutane has a total of five 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.
What is the maximum number of monochloro compounds that can be made from neopentane?
There are three distinct monochloro derivatives that can be obtained from neopentane.
How many different monochloro derivatives can be made using neopentane?
The total number of monochloro derivatives that are produced after chlorinating neo-pentane. The variety of hydrogen atoms that are present in a chemical determines the number of monochloro derivatives that can be formed from that component. Neo-pentane contains only a single kind of hydrogen atom, and as a result, it can only produce a single monochloro derivative.
What exactly do you mean when you talk about three different isomers of monochloride?
Neopentane. (ii) It is necessary for the isomer of the alkane with the chemical formula C5H12 to include three distinct kinds of hydrogen atoms in order to produce the three isomeric monochlorides. As a result, the isomer in question is n-pentane. In n-pentane, it has been determined that there are three distinct varieties of hydrogen atoms, which have been designated as a, b, and c respectively.
Isomeric monochloride refers to what exactly?
Its structure can be described using the notation [I], and the isomer (II) includes three groups of hydrogen atoms that are equivalent to one another. Because of this, there are three different isomeric monochiorides produced: V, VI, and VII. (iii) The isomer [III] is composed of four groups of hydrogen atoms that are equivalent to one another. As a result, it has the potential to create the four different isomeric monochlorides (VIII, IX, X, and XI).
When n-butane is treated with chlorine, the product is known as What is the total amount of monochloro product that is produced?
When n-butane is exposed to Cl2 in the presence of light, three products are produced: namely, S-2-chlorobutane, R-2-chlorobutane, and 1-1-chlorobutane. These three compounds are produced when n-butane is treated with Cl2.
How many different isomers of alcohol with the formula C4H10O are there?
There are four different isomeric forms of the alcohol with the formula C4H10O.
How many different isomers are there for the compound C3H9N?
C3H9N can exist in four different isomeric forms.
How many different isomers are there for the molecule c7h8o?
In order to name the five potential isomers, they are as follows: benzyl alcohol; anisole; o-, m-, and p- cresols; and
Butyne has how many different isomers, right?
Lesson Summary
1-butyne and 2-butyne are the two alternative isomers that can be formed from the butyne molecule. Isomers are compounds that have the same chemical formula but different connections between the atoms. The molecule known as 1-butyne has an alkyne group attached to its terminal carbon atom, and this hydrogen group can be removed using a strong base.
When n-butane undergoes chlorination, how many monochloro derivatives are produced as a result?
A) Isomers of the n-butane molecule have two distinct structural configurations. Hence, it appears that there are just two monochloro derivatives.
Which of the following does not not belong to the group of isomers that include 1 Butyne?
But -2- ene.