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(B) To solve this,we calculate the Least Common Multiple ($L$.$C$.$M$.) and Greatest Common Divisor ($G$.$C$.$D$.) for each pair:$1$. $	ext{l.c.m.}(8

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$(1-b), (2-c), (3-a), (4-e)$

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(B) To solve this,we calculate the Least Common Multiple ($L$.$C$.$M$.) and Greatest Common Divisor ($G$.$C$.$D$.) for each pair:$1$. $	ext{l.c.m.}(8, 16, 24)$:Prime factors: $8 = 2^3$,$16 = 2^4$,$24 = 2^3 	imes 3^1$.$L$.$C$.$M$. = $2^4 	imes 3^1 = 16 	imes 3 = 48$. (Matches $b$)$2$. $	ext{g.c.d.}(8, 16, 24)$:Common factors: $8 = 2^3$,$16 = 2^4$,$24 = 2^3 	imes 3^1$.$G$.$C$.$D$. = $2^3 = 8$. (Matches $c$)$3$. $	ext{l.c.m.}(6, 12, 18)$:Prime factors: $6 = 2 	imes 3$,$12 = 2^2 	imes 3$,$18 = 2 	imes 3^2$.$L$.$C$.$M$. = $2^2 	imes 3^2 = 4 	imes 9 = 36$. (Matches $a$)$4$. $	ext{g.c.d.}(6, 12, 18)$:Common factors: $6 = 2 	imes 3$,$12 = 2^2 	imes 3$,$18 = 2 	imes 3^2$.$G$.$C$.$D$. = $2^1 	imes 3^1 = 6$. (Matches $e$)Thus,the correct matching is $(1-b), (2-c), (3-a), (4-e)$.

Part $I$	Part $II$
$1. \text{l.c.m.}(8, 16, 24)$	$a. 36$
$2. \text{g.c.d.}(8, 16, 24)$	$b. 48$
$3. \text{l.c.m.}(6, 12, 18)$	$c. 8$
$4. \text{g.c.d.}(6, 12, 18)$	$d. 12$
	$e. 6$

Which of the following groups correctly matches the data of Part $I$ with the data of Part $II$?

Part $I$ Part $II$

$1. \text{l.c.m.}(8, 16, 24)$ $a. 36$

$2. \text{g.c.d.}(8, 16, 24)$ $b. 48$

$3. \text{l.c.m.}(6, 12, 18)$ $c. 8$

$4. \text{g.c.d.}(6, 12, 18)$ $d. 12$

$e. 6$

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Which of the following groups correctly matches the data of Part $I$ with the data of Part $II$? Part $I$ Part $II$ $1. \text{l.c.m.}(8, 16, 24)$ $a. 36$ $2. \text{g.c.d.}(8, 16, 24)$ $b. 48$ $3. \text{l.c.m.}(6, 12, 18)$ $c. 8$ $4. \text{g.c.d.}(6, 12, 18)$ $d. 12$ $e. 6$