Question

60g of common salt is present in 500ml of its solution .calculate the mass by volume percentage of the solution​

Answer 1

Working out:

We are asked to find the concentration of the solute in that particular solution. This can be done by mass by mass %, mass by volume % and volume by volume %.

GivEn:

• Mass of the solute = 60 g
• Volume of its Solution = 500 ml

We have to find the mass by volume % of this solution.

How to find?

$\boxed{ \sf{mass \: by \: volume \: \% = \frac{mass \: of \: solute(g)}{volume \: of \: solution(ml)} \times 100}}$

So, let's plug the values provided in teh question in this formula, to get the answer.

⇛ Mass by volume % = 60 g/ 500 ml × 100

⇛ Mass by volume % = 60/5

⇛ Mass by volume % = 12 %

So, our final concentration of solute is:

$\huge{ \boxed{ \sf{ \pink{12\%}}}}$

And we are done !!

Answer 2

$\star \blue{Answer}$

12%

Explanation:

We are asked to find the concentration of the solute in that particular solution. This can be done by mass by mass %, mass by volume % and volume by volume %.

Given:

Mass of the solute = 60 g

Volume of its Solution = 500 ml

We have to find the mass by volume % of this solution.

$\boxed{ \sf{mass \: by \: volume \: \% = \frac{mass \: of \: solute(g)}{volume \: of \: solution(ml)} \times 100}}$

So, let's plug the values provided in teh question in this formula, to get the answer.

✡Mass by volume % = 60 g/ 500 ml × 100

✡Mass by volume % = 60/5

✡Mass by volume % = 12 %.

So, our final concentration of solute is: 12%