`KO_(2)` reacts with `CO_(2)` to produce

CS_(2) reacts with Cl_(2) to produce:

B_(2)H_(6) reacts with Cl_(2) to produce

N_(2)O_(4) reacts with water to produce

When k KO_(2) reacts with water, the products are

KO_(2) is-

Propyne reacts with Br_(2)//HOH to produce

Some older emergency oxygen masks contains potassium superoxide KO_2 which reacts with CO_2 and water present in exhaled air to produce oxygen according to the given equation. If a person exhales 0.667 g of CO_2 per minute, how many gram of KO_2 are consumed in 5.0 minutes ?

The interaction of O_(3) with potassium hydroxide gives ozonide according to the following equation. underset(168g)(3KOH(s))+2O_(3)(g) to underset(174g)(2KO_(3)(s))+KOH.H_(2)O(s)+(1)/(2)O_(2)(g) The ozonide KO_(3) slowly decomposes to KO_(2) and oxygen underset(174g)(2KO_(3)(s)) to underset(142g)(2KO_(2)(s))+O_(2)(g) The mass of KO_(2) produced by the reaction of 75.0g of KOH is