The decomposition of `KClO_(3)` to KCl and `O_(2)` on heating is an example of :

The decomposition of KCIO_3 to KCI AND O_2 on heating is an example of :

The balanced equation of “ KClO_3 to KCl +O_2 ” is-

Balance the following equation : KClO_(3) to KCl + O_(2)

The catalyst used for decomposition of KClO_3

KClO_(3) on heating decomposes to give KCl and O_(2) . What is the volume of O_(2) at N.T.P liberated by 0.1 mole of KClO_(3) ?

KClO_(3) on heating decomposes to give KCl and O_(2) . What is the volume of O_(2) at N.T.P liberated by 0.1 mole of KClO_(3) ?

18.625g KCl is formed due to decomposition of KClO_(4) in reaction KClO_(4)(s)rarr KCl(s)+2O_(2)(g) Find volume of O_(2) obtained at STP [Atomic mass K = 39 Cl = 35.5]

18.625g KCl is formed due to decomposition of KClO_(4) in reaction KClO_(4)(s)rarr KCl(s)+2O_(2)(g) Find volume of O_(2) obtained at STP[Atomic mass K = 39 Cl = 35.5]