Calculate the volume of O(2) at 1 atm an...

Calculate the volume of `O_(2)` at 1 atm and 273 K required for the complete combustion of 2.64 L of acetylene `(C_(2)H_(2))` at 1 atm and 273 K. `2C_(2)H_(2)"(g)"+5O_(2)"(g)"rarr4CO_(2)"(g)"+2H_(2)O(l)`

3.6 L

1.056 L

6.6 L

10 L

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

GASEOUS STATE
NARENDRA AWASTHI ENGLISH|Exercise Level 2|30 Videos
GASEOUS STATE
NARENDRA AWASTHI ENGLISH|Exercise Level 3 Passage 1|4 Videos
ELECTROCHEMISTRY
NARENDRA AWASTHI ENGLISH|Exercise Subjective problems|14 Videos
IONIC EEQUILIBRIUM
NARENDRA AWASTHI ENGLISH|Exercise Subjective problems|1 Videos

Similar Questions

Explore conceptually related problems

Calculate the volume of oxygen required for the complete combustion of 20 ml of propane (C_(3)H_(8)) C_(3)H_(8)+5O_(2)to3CO_(2)+4H_(2)O

At STP , for complete combustion of 3 g C_(2)H_(6) the required volume of O_(2) will be -

Decomposition of H_(2)O_(2) is retarded by : 2H_(2)O_(2)(l) rarr 2H_(2)O(l)+O_(2)(g)

Calculate the work done (in J) when 4.5 g of H_(2)O_(2) reacts against a pressure of 1.0 atm at 25^(@)C 2H_(2)O_(2)(l)rarr O_(2)(g) +2H_(2)O(l)

The strength of H_(2)O_(2) is expressed in several ways like molarity, normality,% (w/V), volume strength, etc. The strength of "10 V" means 1 volume of H_(2)O_(2) on decomposition gives 10 volumes of oxygen at 1 atm and 273 K or 1 litre of H_(2)O_(2) gives 10 litre of O_(2) at 1 atm and 273 K The decomposition of H_(2)O_(2) is shown as under : H_(2)O_(2)(aq) to H_(2)O(l)+(1)/(2)O_(2)(g) H_(2)O_(2) can acts as oxidising as well as reducing agent. As oxidizing agent H_(2)O_(2) is converted into H_(2)O and as reducing agent H_(2)O_(2) is converted into O_(2) . For both cases its n-factor is 2. :. "Normality " "of" H_(2)O_(2) " solution " =2xx "molarity of" H_(2)O_(2) solution 40 g Ba(MnO_(4))_(2) (mol.mass=375) sample containing some inert impurities in acidic medium completely reacts with 125 mL of "33.6 V" of H_(2)O_(2) . What is the percentage purity of the sample ?

The strength of H_(2)O_(2) is expressed in several ways like molarity, normality,% (w/V), volume strength, etc. The strength of "10 V" means 1 volume of H_(2)O_(2) on decomposition gives 10 volumes of oxygen at 1 atm and 273 K or 1 litre of H_(2)O_(2) gives 10 litre of O_(2) at 1 atm and 273 K The decomposition of H_(2)O_(2) is shown as under : H_(2)O_(2)(aq) to H_(2)O(l)+(1)/(2)O_(2)(g) H_(2)O_(2) can acts as oxidising as well as reducing agent. As oxidizing agent H_(2)O_(2) is converted into H_(2)O and as reducing agent H_(2)O_(2) is converted into O_(2) . For both cases its n-factor is 2. :. "Normality " "of" H_(2)O_(2) "solution" =2xx "molarity of" H_(2)O_(2) solution 20mL of H_(2)O_(2) solution is reacted with 80 mL of 0.05 MKMnO_(4) "in acidic medium then what is the volume strength of" H_(2)O_(2) ?

In the reaction 2H_(2)(g) + O_(2)(g) rarr 2H_(2)O (l), " "Delta H = - xkJ

At 298K , the enthalpy of combustion of CH_(4) corresponds to the reaction CH_(4)(g) +2O_(2)(g) rarr CO_(2)(g)+2H_(2)O(g)

The strength of H_(2)O_(2) is expressed in several ways like molarity, normality,% (w/V), volume strength, etc. The strength of "10 V" means 1 volume of H_(2)O_(2) on decomposition gives 10 volumes of oxygen at 1 atm and 273 K or 1 litre of H_(2)O_(2) gives 10 litre of O_(2) at 1 atm and 273 K The decomposition of H_(2)O_(2) is shown as under : H_(2)O_(2)(aq) to H_(2)O(l)+(1)/(2)O_(2)(g) H_(2)O_(2) can acts as oxidising as well as reducing agent. As oxidizing agent H_(2)O_(2) is converted into H_(2)O and as reducing agent H_(2)O_(2) is converted into O_(2) . For both cases its n-factor is 2. :. "Normality " "of" H_(2)O_(2) " solution " =2xx " molarity of" H_(2)O_(2) solution What is the molarity of "11.2 V" H_(2)O_(2) ?

The strength of H_(2)O_(2) is expressed in several ways like molarity, normality,% (w/V), volume strength, etc. The strength of "10 V" means 1 volume of H_(2)O_(2) on decomposition gives 10 volumes of oxygen at 1 atm and 273 K or 1 litre of H_(2)O_(2) gives 10 litre of O_(2) at 1 atm and 273 K The decomposition of H_(2)O_(2) is shown as under : H_(2)O_(2)(aq) to H_(2)O(l)+(1)/(2)O_(2)(g) H_(2)O_(2) can acts as oxidising as well as reducing agent. As oxidizing agent H_(2)O_(2) is converted into H_(2)O and as reducing agent H_(2)O_(2) is converted into O_(2) . For both cases its n-factor is 2. :. "Normality " " of " H_(2)O_(2) solution =2xx "molarity of" H_(2)O_(2) solution What is thepercentage strength (%w/V) of "11.2 V" H_(2)O_(2)

NARENDRA AWASTHI ENGLISH-GASEOUS STATE-Subjective problems

Calculate the volume of O(2) at 1 atm and 273 K required for the compl...
Text Solution
|
A bubble of gas released at the bottom of a lake increases to four t...
Text Solution
|
A gaseous mixture containing equal mole sof H(2),O(2) and He is subjec...
Text Solution
|
One mole of a gas changed from its initial state (15L,2 atm) to final ...
Text Solution
|
Two moles of an ideal gas undergoes the following process. Given that ...
Text Solution
|
1 mole of a diatomic gas present in 10 L vessel at certain temperature...
Text Solution
|
The graph of compressibility factor (Z) vs. P for one mole of a real g...
Text Solution
|
Under the identical conditions of temperature, the density of a gas X...
Text Solution
|
The time for a certain volume of a gas A to diffuse through a small ho...
Text Solution
|
Excess F(2)(g) reacts at 150^(@)C and 1.0 atm pressure with Br(2)(g) t...
Text Solution
|
Initially bulb "a" contained oxygen gas at 27^(@)C and 950 mm of Hg an...
Text Solution
|
Air is trapped in a horizontal glass tube by 36 cm mercury column as s...
Text Solution
|
A flask containing air at 107^(@)C and 722 mm of Hg is cooled to 100 K...
Text Solution
|
If an ideal gas at 100 K is heated to 109 K in a rigid container, the ...
Text Solution
|
The van der Waals' constantes for a gas are a=3.6 atmL^(2)mol^(-2),b=0...
Text Solution
|
A flask has 10 molecules out of which four molecules are moving at 7 m...
Text Solution
|