Question

A solution contains 60 grams of sugar in 300 grams of water. Calculate the concentration of solution​.​

Answer 1

Given :

The mass of solute (sugar) = 60 g

Mass of solvent (water) = 300 g

To Find :

Concentration of Solution.

Solution :

As we know that,

Mass of Solution = Mass of Solute + Mass of Solvent

$\longrightarrow\sf{60+300}$

$\longrightarrow\sf{360g}$

Now,

$\longrightarrow\sf{Concentration=\dfrac{Mass\:of\:Solute}{Mass\:of\:Solvent}\times{100}}$

$\longrightarrow\sf{\dfrac{60}{360}\times{100}}$

$\longrightarrow\sf{16.6\%}$

So, The Concentration of the Solution is 16.6%.

___________________

Additional Information :

Solute :

In a solution , the components which are present in smaller proportion is called as Solute.

Solvent :

In a solution , the components which are present in larger proportion is called as Solvent.

Concentration of Solution :

The relative amount of solute and solvent present in a solution is known as Concentration of Solution.

Answer 2

Answer:

iven :

The mass of solute (sugar) = 60 g

Mass of solvent (water) = 300 g

To Find :

Concentration of Solution.

Solution :

As we know that,

Mass of Solution = Mass of Solute + Mass of Solvent

\longrightarrow\sf{60+300}⟶60+300

\longrightarrow\sf{360g}⟶360g

Now,

\longrightarrow\sf{Concentration=\dfrac{Mass\:of\:Solute}{Mass\:of\:Solvent}\times{100}}⟶Concentration=MassofSolventMassofSolute×100

\longrightarrow\sf{\dfrac{60}{360}\times{100}}⟶36060×100

\longrightarrow\sf{16.6\%}⟶16.6%

So, The Concentration of the Solution is 16.6%.

___________________

Additional Information :

Solute :

In a solution , the components which are present in smaller proportion is called as Solute.

Solvent :

In a solution , the components which are present in larger proportion is called as Solvent.

Concentration of Solution :

The relative amount of solute and solvent present in a solution is known as Concentration of Solution.