
Convert 1 - chloropropane into following:
A.
B.
C.Butane nitrile
D.Propyl ethanoate
Answer
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Hint: Conversion: When a chemical reaction takes place, the process of converting takes place and some potion disappears and is converted to other products. The conversion of into the following compounds are simple organic reactions. (Also known as n-propyl chloride or ) is an organic compound. The chemical formula for is .
Complete step by step solution:
When the is reacted with alcoholic potassium hydroxide, , to give the product , the chemical formula for is and potassium chloride, , is the byproduct for this reaction.
We can write the chemical equation for this chemical reaction as,
Now we can discuss the conversion of into .
Now we discuss the conversion of into Butane nitrile.
is reacted with sodium iodide, , to give the corresponding product , (chemical formula: ) and also give sodium chloride, , as byproduct.
We can write the chemical equation for this chemical reaction as,
Now we can discuss the reaction of with potassium cyanide, , to give butane nitrile (chemical formula: ). And potassium chloride, is eliminated.
We can write the chemical equation for this chemical reaction as,
Now we can discuss the conversion of into Propyl ethanoate.
When the is reacted with alcoholic potassium hydroxide, , to give the product , the chemical formula for is . And potassium chloride, , is the byproduct for this reaction. Then is treated with propionic acid, chemical formula- , to give the corresponding product Propyl ethanoate (chemical formula: ), and eliminates water molecule.
We can write the chemical reaction for Conversion of into Propyl ethanoate as,
Therefore, the option A and B is correct.
Note: All the above three conversions (options a, b and d) contain the same carbon atoms on both sides, reactant sides and product sides. But in option (c), Conversion of into Butane nitrile, that butane nitrile containing one carbon atom more than the reactant, .
is used in pharmaceutical intermediate for and solvent for making other chemicals which is also used in pesticides.
Complete step by step solution:
When the
We can write the chemical equation for this chemical reaction as,

Now we can discuss the conversion of
Now we discuss the conversion of
We can write the chemical equation for this chemical reaction as,

Now we can discuss the reaction of
We can write the chemical equation for this chemical reaction as,

Now we can discuss the conversion of
When the
We can write the chemical reaction for Conversion of

Therefore, the option A and B is correct.
Note: All the above three conversions (options a, b and d) contain the same carbon atoms on both sides, reactant sides and product sides. But in option (c), Conversion of
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