30-volume hydrogen peroxide means...

`30-`volume hydrogen peroxide means

Text Solution

Verified by Experts

It means that 1 mL of `H_2 O_2` will give 10 mL of oxygen at N.T.P.

Topper's Solved these Questions

HYDROGEN
MODERN PUBLICATION|Exercise REVISION EXERCISES (Short Answer Questions)|53 Videos
HYDROGEN
MODERN PUBLICATION|Exercise REVISION EXERCISES (Long Answer Questions)|10 Videos
HYDROGEN
MODERN PUBLICATION|Exercise REVISION EXERCISES (Assertion Reason Questions)|10 Videos
HYDROCARBONS
MODERN PUBLICATION|Exercise UNIT PRACTICE TEST|15 Videos
MOCK TEST -1
MODERN PUBLICATION|Exercise SECTION -D|2 Videos

Similar Questions

Explore conceptually related problems

20 volume hydrogen peroxide means

Hydrogen peroxide (H_2 O_2) was first prepared by Thenard by acidifying barium peroxide and removal of excess water by evaporation under reduced pressure. Its strength can be expressed as weigth percentage or as volume percentage . 25% solution by weight means 25 g of hydrogen peroxide are present in 100 g of solution and 25 volume of hydrogen peroxide means that 1 litre of this solution will give 25 L of oxygen at NTP. Why can dilute solution of hydrogen peroxide not be concentrated by heating ?

Hydrogen peroxide (H_2 O_2) was first prepared by Thenard by acidifying barium peroxide and removal of excess water by evaporation under reduced pressure. Its strength can be expressed as weigth percentage or as volume percentage . 25% solution by weight means 25 g of hydrogen peroxide are present in 100 g of solution and 25 volume of hydrogen peroxide means that 1 litre of this solution will give 25 L of oxygen at NTP. Calculated the strength of 25 volume solution of H_2 O_2 .

Hydrogen peroxide (H_2 O_2) was first prepared by Thenard by acidifying barium peroxide and removal of excess water by evaporation under reduced pressure. Its strength can be expressed as weigth percentage or as volume percentage . 25% solution by weight means 25 g of hydrogen peroxide are present in 100 g of solution and 25 volume of hydrogen peroxide means that 1 litre of this solution will give 25 L of oxygen at NTP. Calculate the volume strength of a 2N H_2 O_2 solution.

Hydrogen peroxide (H_2 O_2) was first prepared by Thenard by acidifying barium peroxide and removal of excess water by evaporation under reduced pressure. Its strength can be expressed as weigth percentage or as volume percentage . 25% solution by weight means 25 g of hydrogen peroxide are present in 100 g of solution and 25 volume of hydrogen peroxide means that 1 litre of this solution will give 25 L of oxygen at NTP. Can we use anhydrous barium peroxide for the preparation of H_2 O_2 ?

Hydrogen peroxide is

MODERN PUBLICATION-HYDROGEN-REVISION EXERCISES (Very Short Answer Questions)

Name the three isotopes of hydrogen .How do they differ? Which out of ...
Text Solution
|
30-volume hydrogen peroxide means
Text Solution
|
Acetaldehyde when treated with dilute NaOH gives.
Text Solution
|
What is the oxidation number of hgydrogen in LiAIH(4)? Name a compound...
Text Solution
|
What are advantages of using hydrogen as a fuel over gasoline or coal ...
Text Solution
|
Why conc. H2 SO4 cannot be used to dry hydrogen sulphide ?
Text Solution
|
The element having the higher boiling point is
Text Solution
|
What is heavy water ?
Text Solution
|
Name two metals which can displace hydrogen from acids.
Text Solution
|
Which isotope of hydrogen is radioactive in nature?
Text Solution
|
a. What does [H(9)O(4)]^(o+) stand for ? Draw its structures. b. Can...
Text Solution
|
What is meant by autoprotolysis of water ?
Text Solution
|
Which of the following is the most reactive towards ring nitration ?
Text Solution
|
How does O(3) react with lead sulphide ? Write chemical equation.
Text Solution
|
Bleaching action of H(2)O(2) is due to its :
Text Solution
|
What happens when phosphoric acid is heated ?
Text Solution
|
Give an example of (i) ionic hydride, (ii) covalent hydride.
Text Solution
|
Calcium carbide reacts with water to produce
Text Solution
|
Complete the following reactions: (i) XeF2 + H2 to , (ii) XeF6 + Si...
Text Solution
|
Complete the following reactions: (i) XeF2 + H2 to , (ii) XeF6 + Si...
Text Solution
|