Question

To make a satratuated solution 36 grams of na clusters dissolved in 100 grams of water find itsconcentration at this temperature

Answer 1

$\bigstar$ Answer $\bigstar$

$\checkmark$ Given:

A saturated solution 36 g of $\rm NaCl$ [Sodium Chloride] is dissolved in 100 g of Water

$\checkmark$ To Find:

The Concentration of this Solution

$\checkmark$ Solution:

We know that,

$\star$ Concentration of Solution (M)

$\red{\implies \rm M=\left(\dfrac{Mass \ of \ Solute}{Mass \ of \ Solution}\right) \times 100}$

According to the Question,

$\rm NaCl$ = Solute

Water = Solvent

Therefore,

$\star$ Mass of Solute (Sodium Chloride) = 36 g

$\star$ Mass of Solvent (Water) = 100 g

Since,

$\blue{\longrightarrow \rm Solution = Solute + Solvent}$

Hence,

$\star$ Mass of Solution = 36 g + 100 g = 136 g

Therefore,

Substituting the values in the Formula,

We get,

$\orange{\implies \rm M=\left(\dfrac{36}{136}\right) \times 100}$

$\green{\implies \rm M=\left(0.2647\right) \times 100}$

$\pink{\implies \rm M=26.27 \ \%}$

Hence,

The Concentration = 26.47 %