Question

Explain why: A small amount of alcohol is usually added to chloroform bottle?​

Answer 1

chloroform easily gets oxidised to form the poisonous gas phosgene. to prevent its oxidation a small amount of ethyl alcohol is added to the bottle containing chloroform.

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Answer 2

Answer:

When exposed to air and sunlight, chloroform forms a poisonous compound, phosgene.

When exposed to air and sunlight, chloroform forms a poisonous compound, phosgene.Hence, chloroform is placed in dark, amber colored, well stoppered bottles and a small amount of alcohol is added to chloroform bottles.

When exposed to air and sunlight, chloroform forms a poisonous compound, phosgene.Hence, chloroform is placed in dark, amber colored, well stoppered bottles and a small amount of alcohol is added to chloroform bottles.Alcohol acts as inhibitor for oxidation of choloroform. Also it reacts with COCl

When exposed to air and sunlight, chloroform forms a poisonous compound, phosgene.Hence, chloroform is placed in dark, amber colored, well stoppered bottles and a small amount of alcohol is added to chloroform bottles.Alcohol acts as inhibitor for oxidation of choloroform. Also it reacts with COCl 2

When exposed to air and sunlight, chloroform forms a poisonous compound, phosgene.Hence, chloroform is placed in dark, amber colored, well stoppered bottles and a small amount of alcohol is added to chloroform bottles.Alcohol acts as inhibitor for oxidation of choloroform. Also it reacts with COCl 2

When exposed to air and sunlight, chloroform forms a poisonous compound, phosgene.Hence, chloroform is placed in dark, amber colored, well stoppered bottles and a small amount of alcohol is added to chloroform bottles.Alcohol acts as inhibitor for oxidation of choloroform. Also it reacts with COCl 2 to give harmless diethyl carbonate

When exposed to air and sunlight, chloroform forms a poisonous compound, phosgene.Hence, chloroform is placed in dark, amber colored, well stoppered bottles and a small amount of alcohol is added to chloroform bottles.Alcohol acts as inhibitor for oxidation of choloroform. Also it reacts with COCl 2 to give harmless diethyl carbonateHence, both Assertion and Reason are correct and Reason is the correct explanation for Assertion.