does the nitro group on the pyridine ring make the ring more electron rich or more electron deficient
1 answer:
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Answer:
Dipole-dipole attractions
Explanation:
The Cl atom is more electronegative than H, so it attracts the electrons in the H-Cl bond more to itself.
The Cl end of the molecule becomes partially negative (δ-), and the H end becomes more positive (δ+). This separation of charge is called an electric dipole,
When two HCl molecules are near each other, they arrange themselves so that the negative and positive ends of the dipoles line up and attract the two molecules together.
Answer:
See picture below
Explanation:
To do this, we first need to know how are the bonds in this molecule are. To do so, let's calculate the number of insaturations in the molecule:
n°I = C+1 - (H-N+X)/2
These numbers indicate if the molecule has double bond, triple bond, ring, cyclo, among other options:
n°I = 3 - (3+1)/2
n°I = 1
As it's a very small molecule, we can assume this molecule only have a double bond, and it's an alkene.
So the lewis structure, shows the electrons and the bonding, and also shows the unshared electron pairs, depending on how much electron have each molecule.
In the case of carbon:
[C] = [He] 2s2 2p2 ----> 4 electrons
[H] = 1s1 ----> 1 electron
[Cl] = [Ne] 3s2 3p5 ----> 7 electrons.
Therefore, we also know that Carbon has a double bond, so, the main molecule would have something like this:
C = C
so next to the carbons, we can put two hydrogens and in the other carbon, the chlorine and the remaining hydrogen.
See picture below for structure:
