Chemistry, asked by jnsakshi6322, 9 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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