Discussion

Name of the topic

Name of the topic

by Md Naimul Islam (201-29-1636) -
Number of replies: 18

How do I identify an isomer?

In reply to Md Naimul Islam (201-29-1636)

Re: Name of the topic

by Mohd. Raihunul Azam Monna [ 201-29-1678 ] -
Picture of 23A( MUA)
Constitutional isomers are compounds that have the same molecular formula and different connectivity. To determine whether two molecules are constitutional isomers, just count the number of each atom in both molecules and see how the atoms are arranged.
In reply to Md Naimul Islam (201-29-1636)

Re: Name of the topic

by Miraz patwary -

Identify stereoisomers by their arrangement in space; the compounds will have the same atoms and bonding patterns but will be arranged differently in three-dimensional space. Geometric isomers are actually a type of configurational stereoisomer.

In reply to Md Naimul Islam (201-29-1636)

Re: Name of the topic

by Kazi Julfiker -
Picture of 23 B (MUA)
Identify stereoisomers by their arrangement in space; the compounds will have the same atoms and bonding patterns but will be arranged differently in three-dimensional space. Geometric isomers are actually a type of configurational stereoisomer.
In reply to Md Naimul Islam (201-29-1636)

Re: Name of the topic

by MD. Nadim Hasan -
Picture of 23 B (MUA)

You can identify an isomer by there arrangement in space.


Id.201-29-1702

In reply to Md Naimul Islam (201-29-1636)

Re: Name of the topic

by Md. Al-Amin -
Picture of 23A( MUA)
by there arrangement in space you can identify an isomer.

201-29-1672
In reply to Md Naimul Islam (201-29-1636)

Re: Name of the topic

by kamrul hasan sujon -
Picture of 23A( MUA)
You can, Identification of an isomer can be done by the three dimentional arrangement in space.
ID:201-29-1686
23(A)
In reply to Md Naimul Islam (201-29-1636)

Re: Name of the topic

by Nusrat Jahan Fahima -
Picture of 23A( MUA)

If the highest priority groups for each carbon are on the same side of the molecule, that molecule is denoted as the 'cis' or 'Z' isomer. If they're on opposite sites, it's denoted as the 'trans' or 'E' isomer.


ID: 201-29-1643

23(A)

In reply to Md Naimul Islam (201-29-1636)

Re: Name of the topic

by Prama Paul -
Picture of 23A( MUA)
You can identify an isomer by there arrangement in space.
In reply to Md Naimul Islam (201-29-1636)

Re: Name of the topic

by sanjida mitu -
Identify stereoisomers by their arrangement in space; the compounds will have the same atoms and bonding patterns but will be arranged differently in three-dimensional space. Geometric isomers are actually a type of configurational stereoisomer.
In reply to Md Naimul Islam (201-29-1636)

Re: Name of the topic

by Md. Al-Amin -
Picture of 23A( MUA)
Identify stereoisomers by their arrangement in space; the compounds will have the same atoms and bonding patterns but will be arranged differently in three-dimensional space. Geometric isomers are actually a type of configurational stereoisomer.