(A) To find the volume,we use the dilution formula: $M_1V_1 = M_2V_2$.Here,$M_1 = 12 \; M$,$M_2 = 18 \; M$,and $V_2 = 240 \; mL$.Substituting the valu

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(A) To find the volume,we use the dilution formula: $M_1V_1 = M_2V_2$.Here,$M_1 = 12 \; M$,$M_2 = 18 \; M$,and $V_2 = 240 \; mL$.Substituting the values: $12 \times V_1 = 18 \times 240$.$V_1 = \frac{18 \times 240}{12} = 360 \; mL$.Converting to litres: $360 \; mL = 0.36 \; litre$.Therefore,the correct option is $A$.

Class 12 Chemistry Solutions Method of expressing concentration of solution

Medium

What will be the volume of a $12 \; M$ solution,if it is equivalent to $240 \; mL$ of an $18 \; M$ solution? (Express the answer in $litre$)

A
$0.36$
B
$0.60$
C
$0.40$
D
$0.18$

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What will be the volume of a $12 \; M$ solution,if it is equivalent to $240 \; mL$ of an $18 \; M$ solution? (Express the answer in $litre$)

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The mole fraction of glucose $(C_{6}H_{12}O_{6})$ in an aqueous binary solution is $0.1$. The mass percentage of water in it,to the nearest integer,is $....$.

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Calculate the molarity of a solution of ethanol in water in which the mole fraction of ethanol is $0.040$ (assume the density of water to be $1 \, g/mL$).

Dissolving $120 \ g$ of urea (mol. wt. $60$) in $1000 \ g$ of water gave a solution of density $1.15 \ g / mL$. The molarity of the solution is (in $M$)

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