The 1H NMR spectrum of CH3OCHClCH2Cl will exibit a.a three proton dobl...
Answer:
The 1H NMR spectrum of CH3OCHClCH2Cl will exhibit:
a. a three proton doublet
b. one proton singlet
c. and two proton doublet
Explanation:
1. Chemical structure of CH3OCHClCH2Cl:
The chemical structure of CH3OCHClCH2Cl consists of five protons (H) which are attached to different atoms in the molecule. The molecule has two chlorine atoms, one oxygen atom, and two carbon atoms.
2. Three proton doublet:
The three proton doublet will be observed due to the two equivalent protons (H) attached to the carbon atom (C) adjacent to the oxygen atom (O). This doublet will appear at a chemical shift (δ) of around 3.6 ppm.
3. One proton singlet:
The one proton singlet will be observed due to the three equivalent protons (H) attached to the carbon atom (C) adjacent to the chlorine atom (Cl). This singlet will appear at a chemical shift (δ) of around 3.2 ppm.
4. Two proton doublet:
The two proton doublet will be observed due to the two equivalent protons (H) attached to the carbon atom (C) adjacent to the other chlorine atom (Cl). This doublet will appear at a chemical shift (δ) of around 4.5 ppm.
Therefore, the correct answer is (a) a three proton doublet, one proton singlet, and two proton doublet.
The 1H NMR spectrum of CH3OCHClCH2Cl will exibit a.a three proton dobl...
Option c .3 proton singlet ,1 proton triplet ,2 proton doublet