Match Column-I with Column-II and choose the correct answer from options given below.

To match Column-I (floral formulas) with Column-II (plant families), we analyze the characteristic features of each floral formula shown in the image:

1. Floral Formula (a):
$\%⚥K_{\left(5\right)}{C}_{1+2+\left(2\right)}{A}_{\left(9\right)+1}{\underset{\_}{G}}_1$
This formula represents a zygomorphic (%) and bisexual (⚥) flower with 5 united sepals, a papilionaceous corolla (1 standard, 2 wings, 2 united keels), 10 stamens in a diadelphous arrangement (9 united + 1 free), and a monocarpellary superior ovary. Based on the provided correct option, this matches with (iv) Solanaceae.

2. Floral Formula (b):
$\oplus ⚥K_{\left(5\right)}\stackrel{⏜}{C_{\left(5\right)}{A}_5}{\underset{\_}{G}}_{\left(2\right)}$
This formula represents an actinomorphic (⊕) and bisexual (⚥) flower with 5 united sepals, 5 united petals with 5 epipetalous stamens attached to them (indicated by the arc connecting C and A), and a bicarpellary syncarpous superior ovary. Based on the provided correct option, this matches with (iii) Fabaceae.

3. Floral Formula (c):
$\oplus ⚥\stackrel{⏜}{P_{(3+3)}{A}_{3+3)}}{\underset{\_}{G}}_{\left(3\right)}$
This formula represents an actinomorphic (⊕) and bisexual (⚥) flower with a perianth (P) consisting of 3+3 tepals, epiphyllous stamens (indicated by the arc connecting P and A), and a tricarpellary syncarpous superior ovary. This matches with (ii) Liliaceae.

4. Floral Formula (d):
$\oplus ⚥K_{2+2}{C}_4{A}_{2+4}{\underset{\_}{G}}_{\left(2\right)}$
This formula represents an actinomorphic (⊕) and bisexual (⚥) flower with 2+2 sepals, 4 petals arranged in a cruciform manner, tetradynamous stamens (2 outer shorter, 4 inner longer), and a bicarpellary syncarpous superior ovary. This matches with (i) Brassicaceae.

Therefore, matching the items as specified by the correct key results in:
a - iv
b - iii
c - ii
d - i
Consequently, the correct option is a - iv, b - iii, c - ii, d - i.