Use equation `2H_(2)O(l) to 2H_(2)(g)` to answer the following
What volume of `O_(2)` will be produced if the volume of `H_(2)` produced is `2500 cm^(3)` under similar conditions?

Use equation 2H_(2)O(l) to 2H_(2)(g) to answer the following What is the final volume of H_(2) if the pressure is increased by 2.5 times at constant temperature?

The volume of O_(2) liberated from 0.96g of H_(2)O_(2) is

The volume of O_(2) liberated from 0.96g of H_(2)O_(2) is

What volume of H_(2)(g) is produced by decomposition of 2.4 L NH_(3) (g) ? .

For the process, H_(2)O(l) to H_(2)O(g)

Volume of O_2 gas produced on electrolysis of dil. H_2SO_4 is 1120 mL The volume of H_2 produced in the same time is under identical conditions is

Water decomposes to O_(2) and H_(2) under suitable conditions as represented by the equation below : H_(2)Oto2H_(2)+O_(2) taking the value of H_(2) what changes must be made in kelvin (absolute) temperature to return the volume to 2500 cm^(3) pressure remaining constant. (Use:5000/7cc=V2)

KI reacts with H_(2)SO_(4) producing I_(2) and H_(2)S the volume of 0.2 M H_(2)SO_(4) required to produce 0.1 " mol of " H_(2)S is

A definite amount of gaseous hydrocarbon having ("carbon atoms less than" 5) was burnt with sufficient amount of O_(2) . The volume of all reactants was 600mL . After the explosion the volume of the product [CO_(2)(g) and H_(2)O (g)] was found to be 700 mL under the similar conditions. The molecular formula of the compound is ?

The hydrolysis of NCl_3 by H_2 O produces