Match List I with List II
`{:("List I"," ""ListII"),("(Monomer unit)"," "("Polymer")),("(a) Carprolactum"," ""(i) Natural ruber"),("(b)2-Chloro-1-,3-butadience"," ""(ii) Buna-N"),("(c) Isoperene"," ""(iii) Nylon 6"),("(d) Acrylonitrile"," ""(iv) Neoprene"):}`
Chosse the correct answer from the options given below

Options

A. `(a)rarr(iv),(b)rarr(iii),(c)rarr(ii),(d)rarr(i)`
B. `(a)rarr(ii),(b)rarr(i),(c)rarr(iv),drarr(iii)`
C. `(a)rarr(iii),(b)rarr(iv),(c)rarr(i),(d)rarr(ii)`
D. `(a)rarr(i),(b)rarr(ii),(c)rarr(iii),(d)rarr(iv)`

Answer

To solve the problem of matching the monomers from List I with their corresponding polymers from List II, we will analyze each monomer and identify the polymer it forms.

### Step 1: Identify the Monomer and its Corresponding Polymer
1. **Carprolactam**:
- Carprolactam is the monomer for Nylon 6.
- **Match**: (a) Carprolactam → (iii) Nylon 6

2. **2-Chloro-1,3-butadiene**:
- This monomer is known as chloroprene, which is used to make Neoprene.
- **Match**: (b) 2-Chloro-1,3-butadiene → (iv) Neoprene

3. **Isoprene**:
- Isoprene is the monomer for Natural Rubber.
- **Match**: (c) Isoprene → (i) Natural Rubber

4. **Acrylonitrile**:
- Acrylonitrile is used along with butadiene to form Buna-N.
- **Match**: (d) Acrylonitrile → (ii) Buna-N

### Summary of Matches:
- (a) Carprolactam → (iii) Nylon 6
- (b) 2-Chloro-1,3-butadiene → (iv) Neoprene
- (c) Isoprene → (i) Natural Rubber
- (d) Acrylonitrile → (ii) Buna-N

### Final Answer:
- (a) → (iii)
- (b) → (iv)
- (c) → (i)
- (d) → (ii)