When `C_(2)H_(5)OH` and `CH_(3)COOH` are mixed in equivalent proportion, equilibrium is reached when `2//3` of acid and alcohol are used. How much ester will be present when `2g` "mole"cule of acid were to react with `2g` "mole"cule of alcohol.

When C_2H_5OH and CH_3-COOH are mixed in equivalent proportion, equilibrium is reached when 2/3 of acid and alcohol are used. How much ester will be present when 2g molecules of acid were to react with 2g molecule of alcohol ?

When C_(2)H_(5)OH "and" CH_(3)COOH are mixed in equivaient proportion, equilibrium is reached when 2//3 of acid and alchol are use. How much ester will be present when 3 mole of acid were to react with 3 mole of alcohol. Express your anwer multiplying with 10 .

When acetic acid and ethanol are mixed in equimolar proportions, equilibrium is attained when 2/3rd of the acid and alcohol are consumed. The value of K_c is:

When ethanol and acetic acid are mixed together in equimolar proportions, equilibrium is attained when 2//3rd of acid and alcohol are consumed. The equilibrium constant for the reaction is

When ethanol and acetic acid are mixed together in equimolar proportions, equilibrium is attained when 2//3rd of acid and alcohol are consumed. The equilibrium constant for the reaction is

The equilibrium constant for the reaction : CH_(3) COOH + C_(2)H_(5)OH hArr CH_(3) COOC_(2)H_(5) +H_(2)O is 4.0 at 25^(@)C . Calculate the weight of ethyl acetate that will be obtained when 120 g of acetic acid are reacted with 92 g of ethyl alcohol.