Answer:

Mass % = Mass of solute Mass of solute + Mass of solvent ×100

Solution made by Ramesh

Mass % = 10/ 100 +10 x 100

Mass % = 10 /110 x100

Mass % = 9.09%

Solution made by Sarika

Mass % = 10 /10 ×100

Mass % = 10%

The solution prepared by Sarika has a higher mass % than that prepared by Ramesh.

[tex]\huge\underbrace\bold\red{☯︎ɭεศɢนε \: σʄ \:ɱıŋɖร}[/tex]

[tex]\huge\rm\underline\purple{ᗩᑎᗴᑎᗪᖇᗩ \: is \: ᕼᵉʳᵉ}[/tex]

[tex]\huge\star\underline{\mathtt\color{aqua}{⫷❥Q᭄}\mathfrak\color{yellow}{u~ }\mathfrak\color{blue}{Σ} \mathbb\color{purple}{ §}\mathtt\color{orange}{T} \mathbb\color{red}{iOn⫸}}\star\:[/tex]

During an experiment, the students were asked to prepare a 15% (mass/ mass) solution of salt in water. Rajan dissolves 15g of salt in 100g of water while Shagun dissolves 15g of salt in water to make 100g of solution.

[tex]\huge\orange{\boxed{\green{\mathbb{\underbrace{\overbrace{\fcolorbox{blue}{navy}{\underline{\color{ivory}{꧁ANSWER꧂ }}}}}}}}}[/tex]

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _✍︎

Mass % = Mass of solute Mass of solute + Mass of solvent ×100

Solution made by Ramesh

Mass % = 10/ 100 +10 x 100

Mass % = 10 /110 x100

Mass % = 9.09%

Solution made by Sarika

Mass % = 10 /10 ×100

Mass % = 10%

The solution prepared by Sarika has a higher mass % than that prepared by Ramesh.

[tex]\huge\blue{\boxed{\blue{ \bold{\fcolorbox{red}{black}{\color{yellow}{Hope\:It\:Helps}}}}}}[/tex]

[tex]\huge\orange{\underline\blue{\underline\green{\underline{ \mathcal\orange{With}\:\mathcal\green{Regards}}}}}[/tex]

[tex]\huge \color{red} \boxed{10 ԵհɑղƘՏ} \rightarrow \sf \: \: \: \: \: \: \: \: \: \: \: \boxed{\color{purple}{get \:back}}[/tex]