From the following reaction sequence
`Cl_2 + 2KOH to KCl + KClO + H_2O`
`3KClO to 2KCl + KClO_3`
`4KClO_3 to 3KClO_4 + KCl`
Calculate the mass of chlorine needed to produce 100 g of `KClO_4`

Balance the following equation : KOH + Cl_2 to KCl + KClO + H_2O .

Calculate the percentage of chlorine in the following : KClO3

KClO_(4) can be prepared by the following reaction: Cl_(2)+2KOH to KCl + KClO+H_(2)O 3KClO to 2KCl +KClO_(3), 4KClO_(3) to 3KClO_(4)+KCl To prepare 200g KClO_(4) , the required amount of Cl_(2) is equivalent to-

KClO_(4) can be prepared by following reactions: i. Cl_(2) + 2 KOH rarr KCl + KClO + H_(2) O ii. 3KClO rarr 2KCl + KClO_(3) iii. 4KClO_(3) rarr 3KlI_(4) + KCl (Atomic weight of K, Cl , and O are 369,35.5 and 16)

KClO_(4) can be prepared by following reactions: i. Cl_(2) + 2 KOH rarr KCl + KClO + H_(2) O ii. 3KClO rarr 2KCl + KClO_(3) iii. 4KClO_(3) rarr 3KlI_(4) + KCl (Atomic weight of K, Cl , and O are 369,35.5 and 16)

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

Which catalyst are used in following reactions : 2KClO_3 to 2KCl + 3O_2