What are these organic molecules names? You have to use FULL nomenclature.
1) H3C – CH – CH3
2) H3C – CH – CH – CH3
3) H3C – CH2 – CH2 – CH2 – CH3
4) H3C – CH = CH – CH – CH3
5) H3C – C = C – CH3
6) H2C = CH – C – CH3 – CH3
7) H3C – CH – CH2 – CH2 – CH2 – CH2 – Br
8) H3C – CH2 – CH – CH2 –CH3
9) H3C – CH2 – I
Is it this?
1) Propan – 2 – ol
2) 1,2-dimethylethene
3) Pentane
4) 3−5−ethyl−5−−3−methylheptane
5) but-2-yne
6)
7) 1-bromo-4-methypentane
8) pent-3-ene
9) Iodoethane
Please help with the FULL nomenclature for every single question.
1) H3C – CH – CH3
doesn't exist. Carbon 2 is trivalent and that can't be
2) H3C – CH – CH – CH3
doesn't exist. Carbon 2 and carbon 3 are trivalent and that can't be
3) H3C – CH2 – CH2 – CH2 – CH3
Yes, pentane
4) H3C – CH = CH – CH – CH3
doesn't exist. Carbon 4 (from the left) is trivalent.
5) H3C – C = C – CH3
doesn't exist. two trivalent carbon atoms.
6) H2C = CH – C – CH3 – CH3
doesn't exist. trivalent C
7) H3C – CH – CH2 – CH2 – CH2 – CH2 – Br
doesn't exist. trivalent C
8) H3C – CH2 – CH – CH2 –CH3
doesn't exist. trivalent C
9) H3C – CH2 – I
asked by Name them
This look OK to me. Note that I am NOT an organic chemist.
What are these organic molecules names? You have to use FULL nomenclature.
1) H3C – CH – CH3
I
CH3
2) H3C – CH – CH – CH3
I I
CH3 CH3
3) H3C – CH2 – CH2 – CH2 – CH3
4) H3C – CH = CH – CH – CH3
CH3
I
5) H3C – C = C – CH3
I
CH3
CH3
I
6) H2C = CH – C – CH3 – CH3
I
CH3
7) H3C – CH – CH2 – CH2 – CH2 – CH2 – Br
I
CH3
Cl
I
8) H3C – CH2 – CH – CH2 –CH3
9) H3C – CH2 – I
What are these organic molecules names? You have to use FULL nomenclature.
1) H3C – CH – CH3
---------------I
-------------CH3
2) H3C – CH – CH – CH3
---------------I--------I
-------------CH3---CH3
3) H3C – CH2 – CH2 – CH2 – CH3
4) H3C – CH = CH – CH – CH3
------------------CH3
-------------------I
5) H3C – C = C – CH3
--------------I
------------CH3
-------------------CH3
--------------------I
6) H2C = CH – C – CH3 – CH3
----------------------I
--------------------CH3
7) H3C – CH – CH2 – CH2 – CH2 – CH2 – Br
---------------I
------------CH3
-----------------------Cl
------------------------I
8) H3C – CH2 – CH – CH2 –CH3
9) H3C – CH2 – I
They were all sent wrong. Look at the last post.
To determine the names of these organic molecules using full nomenclature, we need to follow the IUPAC naming rules. Here's how we can approach each molecule:
1) H3C – CH – CH3
This is a propane molecule. Propane is made up of three carbon atoms connected in a straight chain, so the IUPAC name would be "propane."
2) H3C – CH – CH – CH3
This is a butane molecule. Butane has four carbon atoms connected in a straight chain, so the IUPAC name would be "butane."
3) H3C – CH2 – CH2 – CH2 – CH3
This is a pentane molecule. Pentane consists of five carbon atoms connected in a straight chain, so the IUPAC name would be "pentane."
4) H3C – CH = CH – CH – CH3
This is an octene molecule. Octene has eight carbon atoms with a double bond between the second and third carbon atoms, so the IUPAC name would be "2-octene."
5) H3C – C = C – CH3
This is a propene molecule. Propene has three carbon atoms with a double bond between the first and second carbon atoms, so the IUPAC name would be "propene."
6) H2C = CH – C – CH3 – CH3
This is a pentene molecule. Pentene has five carbon atoms with a double bond between the first and second carbon atoms. The longest chain is four carbons long, so the IUPAC name would be "4-pentene."
7) H3C – CH – CH2 – CH2 – CH2 – CH2 – Br
This is a bromohexane molecule. Hexane has six carbon atoms connected in a straight chain, and the bromine atom is attached to the end carbon atom, so the IUPAC name would be "hexane-1-bromide."
8) H3C – CH2 – CH – CH2 –CH3
This is a butene molecule. Butene has four carbon atoms with a double bond between the second and third carbon atoms, so the IUPAC name would be "2-butene."
9) H3C – CH2 – I
This is an iodomethane molecule. Methane has one carbon atom, and the iodine atom is attached to it, so the IUPAC name would be "iodomethane."