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Hint:
Vinegar is obtained by a process known as fermentation. For producing vinegar, ethyl alcohol or ethanol is fermented by bacteria from the family known as Acetobacteraceae.
Complete step by step answer:
Vinegar can be very well defined as a dilute solution of ethanoic acid in water. Ethanoic acid is also more commonly known as acetic acid.
Vinegar is a naturally occurring compound which is in the liquid state, so there is no defined concentration for it. Although we have a range of about 5% to 20% concentration of acetic acid in water. The chemical formula for vinegar thus obtained is \[C{H_3}COOH\]. So vinegar is basically a diluted solution of acetic acid in water. Because of this, vinegar is considered to be a weak acid. The molecular structure of vinegar can be given as:
Hence, the acid used in the making of vinegar is acetic acid.
Hence, Option B is the correct option.
Note:
Although the acidity of this compound is low, i.e. it has a very low pH value, even then the acetic acid does not show complete dissociation in water.
Vinegar is obtained by a process known as fermentation. For producing vinegar, ethyl alcohol or ethanol is fermented by bacteria from the family known as Acetobacteraceae.
Complete step by step answer:
Vinegar can be very well defined as a dilute solution of ethanoic acid in water. Ethanoic acid is also more commonly known as acetic acid.
Vinegar is a naturally occurring compound which is in the liquid state, so there is no defined concentration for it. Although we have a range of about 5% to 20% concentration of acetic acid in water. The chemical formula for vinegar thus obtained is \[C{H_3}COOH\]. So vinegar is basically a diluted solution of acetic acid in water. Because of this, vinegar is considered to be a weak acid. The molecular structure of vinegar can be given as:
Hence, the acid used in the making of vinegar is acetic acid.
Hence, Option B is the correct option.
Note:
Although the acidity of this compound is low, i.e. it has a very low pH value, even then the acetic acid does not show complete dissociation in water.
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