Mention the conditions in which the following statement are correct. (a) Chlorine is a good bleaching agent (b) A mixture of H_(2) and Cl_(2) explodes. (c ) Cl_(2) reacts with NaOH solution to produce sodium chloride and sodium hypochlorite (along with water). (d) Cl_(2) reacts with NaOH solution to produce sodium chloride and sodium chlorate (along with water). (e ) Cl_(2) substitutes hydrogen atoms of a molecule of methane. (f) Cl_(2) reacts with ammonia to form nitrogen and ammonium chloride. (g) Cl_(2) reacts with lime to form bleaching powder. (h) Iodine dissolves freely in water. (i) Chlorine forms an addition product with SO_(2).

Mention the conditions in which the following statement are correct.

1.	Mention the conditions in which the following statement are correct. (a) Chlorine is a good bleaching agent (b) A mixture of H_(2) and Cl_(2) explodes. (c ) Cl_(2) reacts with NaOH solution to produce sodium chloride and sodium hypochlorite (along with water). (d) Cl_(2) reacts with NaOH solution to produce sodium chloride and sodium chlorate (along with water). (e ) Cl_(2) substitutes hydrogen atoms of a molecule of methane. (f) Cl_(2) reacts with ammonia to form nitrogen and ammonium chloride. (g) Cl_(2) reacts with lime to form bleaching powder. (h) Iodine dissolves freely in water. (i) Chlorine forms an addition product with SO_(2).
Answer» Solution :(a) In presence of moisture, chlorine acts as a good bleaching agent. (B) A mixture of `H_(2)` and `Cl_(2)` explodes on exposure to direct sunlight. (c ) `Cl_(2)` reacts with `NaOH` solution to produce `NaCl` , sodium hypochlorite and `H_(2)O` in cold and dilute conditions. (d) When `NaOH` solution is hot and concentrated it reacts with `Cl_(2)` to produce sodium chloride, sodium chlorate and water. (e) In diffused sunlight, `Cl_(2)` substitutes hydrogen atoms of a molecule of methane. (f) when `NH_(3)` is in excess, it reacts with `Cl_(2)` to form `N_(2)` and `NH_(4)Cl`. (G) On passing `Cl_(2)` over dry slaked lime, bleaching POWDER is formed. (h) Iodine dissolves freely in water in presence of `KI`. (i) In dry conditions, `Cl_(2)` FORMS an addition product with `SO_(2)`.