When one mole `NO_(3)^(-)` is converted into 1 mole `NO_(2)` 0.5 mole `N_(2)` and 0.5 mole `N_(2)O` respectively,
accepts x,y and z mole of reaction -x,y,z are respectively.

Find the : weight of 0.5 mole of O_(2)

The number of moles of Fe_(2)O_(3) formed when 0.5 moles of O_(2) and 0.5 moles of Fe are allowed to react are

The number of moles of Fe_(2)O_(3) formed when 0.5 moles of O_(2) and 0.5 moles of Fe are allowed to react are

How many moles of NO_(2) are produced when 1 mole of B reacts with HNO_(3) ?

How many moles of NO_(2) are produced when mole of B reacts with HNO_(3) ?

What is the mass of (i) 1 mole of water (ii) 0.5 mole of CO_(2) (iii) 2.5 moles of Cl_(2) ?

How many moles of NO_(2) are produced when mole of 'B' react with HNO_(3) ?

For the reaction N_(2)+O_(2)hArr 2NO at equilibrium number of moles of N_(2),O_(2) and NO pressent in the system per litre are 0.25 mole, 0.05 moles and 1.0 mole respectively What will be the initial concentration of N_(2) and O_(2) respectively

For the reaction N_(2)+O_(2)hArr 2NO at equilibrium number of moles of N_(2),O_(2) and NO pressent in the system per litre are 0.25 mole, 0.05 moles and 1.0 mole respectively What will be the initial concentration of N_(2) and O_(2) respectively

Calculate mass of 0.5 mole of N_(2) gas (mass from mole of molecule)