When `KClO_(3)` is heated, it decomposes into `KCl` and `O_(2)`. If some `MnO_(2)` is added, the reaction goes much faster because

When KClO_(3) is heated, it decomposes into KCl+O_(2) , if some MnO_(2) is added, the reaction goes much faster because.

KCIO_(3) on heating decomposes into KCl and O_(2) . If some MnO_(2) is added the reaction goes much faster because :

KCIO_3 on heative decomposes into KCI and O_2 . If some MnO_2 is added the reaction goes much faster because :

KClO_(3) decomposes to KCl and O_(2) . If the volume of O_(2) obtained in this reaction is 1.12 lit at STP, weight of KCl formed in the reaction is

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) ?

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 ?