The concentration of H2O2 solution of ‘ 10 volume’ is

Question

The concentration of H2O2 solution of ‘ 10 volume’ is (A)  30 %  (B)  3 %  (C)  1 %  (D)  10 %

Tardigrade Admin · Accepted Answer

''10 volume H2O2'' means 1 mL of its solution on decomposition at NTP, give 10 mL oxygen gas. Volume of oxygen formed from 100 mL of solution at NTP = 1000 mL beginmatrix2H2O2&->&2H2O+&O2 2 textmoles&&&1 textmole 2×34 g&&&22400 mL endmatrix ∵ 22400 mL O2 formed at NTP by decomposition of 68 g H2O2. ∴ 1 mL O2 formed at NTP from (68/22400) of H2O2 ∴ 1000 mL O2 formed at NTP from (68×1000/22400)g H2O2=3.0 35 g H2O2 So, concentration of ''10 volume H2O2ââ =3.0 % approximately

Q. The concentration of $H_{2} O_{2}$ solution of ‘ $10$ volume’ is

$30%$

$3%$

$1%$

$10%$

Q. The concentration of H2​O2​ solution of ‘ 10 volume’ is

30%

3%

1%

10%

Q. The concentration of $H_{2} O_{2}$ solution of ‘ $10$ volume’ is

$30%$

$3%$

$1%$

$10%$