Chemistry, asked by jnsakshi6322, 10 months ago

30g of sugar is dissolved in water to form 200 gram of sugar solution calculate the concentration in terms of mass by mass percent

Answers

Answered by Anonymous
6

Answer:

Concentration of sugar = 15%

Concentration of solvent = 85%

Explanation:

Given :

  • Mass of the solute = Mass of sugar = 30 grams

  • Mass of the solution = Mass of sugar solution = 200 grams

To find :

  • Concentration of sugar using mass by mass per cent

Concentration of solute = Mass of solute / Mass of solution × 100

Concentration of sugar = 30/200 ×100

Concentration of sugar = 30/2

Concentration of sugar = 15%

Concentration of solute = 100%-concentration of sugar

Concentration of solute = 100%-15%

Concentration of solute = 85%

The concentration of sugar is 15% and concentration of solute is 85%

Answered by Anonymous
4

\large\underline\bold{Answer:-}

\large\underline\bold{Given:-}

\sf\ Mass \:of\:sugar= 30g

\sf\ Mass\:of\:sugar\: Solution=200g

\large\underline\bold{To\: Calculate:-}

\sf\ Concentration\:of\:sugar\:mass\:by\:mass\: percent

\large\underline\bold{Required\: Solution:-}

\sf\ Concentration\:of\:Sugar:- \sf\large\ \frac{Mass\:of\:solute}{Mass\:of\: Solution}×100

\sf\ =\frac{30}{200}×100

\sf\ =30×2

\large\underline\bold\purple{=15\%}

\sf\ Concentration\:of\:solute(mass\:percent)=

\sf\ 100\%-concentration\:of\:sugar

\sf\ =100\%-15\%

\large\underline\bold\purple{=85\%}

\sf\ Hence\: Concentration\:of\:Sugar=15\%

\sf\ Concentration\:of\:Solute=85\%

━━━━━━━━━━━━━━━━━━━━

\large\underline\bold{Related\: information:-}

\sf\ Concentration\:of\: Solution=\frac{Amount \: of\:solute}{Amount\:of\: solution}

Or

\sf\ Concentration\:of\: Solution=\frac{Amount \: of\:solute}{Amount\:of\: solvent}

\sf\ Mass \:by\:mass\: percentage\:of\: solution:- \frac{Mass\:of\:solute}{Mass\:of\: solution}×100

\sf\ Mass\:of\: solution=Mass\:of\:solute+Mass\:of\: solvet

\sf\ Mass\:by\: volume\: percentage\:of\: solution=\frac{Mass\:of\: volume}{Volume\:of\:Solution}×100

\sf\ Volume\:of\: Solution=Volume\:of\:solute+volume\:of\:solvent

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