An aqueous solution of glucose is 10 % in strength. The volume in which 1 g mole of it is dissolved, will be

Question

An aqueous solution of glucose is 10 % in strength. The volume in which 1 g mole of it is dissolved, will be (A) 9 litre (B) 1.8 litre (C) 8 litre (D) 0.9 litre

Tardigrade Admin · Accepted Answer

∵ 10 g glucose is dissolved in =100 ml solution. ∴ 180 g ( g mole) is dissolved in =(100/10) × 180=1800 ml =1.8 L

Q. An aqueous solution of glucose is $10%$ in strength. The volume in which $1 g$ mole of it is dissolved, will be

9 litre

1.8 litre

8 litre

0.9 litre

$∵ 10 g$ glucose is dissolved in $= 100 m l$ solution.
$∴ 180 g$ ( $g$ mole) is dissolved in
$= \frac{100}{10} \times 180 = 1800 m l = 1.8 L$

Q. An aqueous solution of glucose is 10% in strength. The volume in which 1g mole of it is dissolved, will be