From the following data at 298 K on the hydrolysis of ethyl acetate in the presence of hydrochloric acid which is supposed to follow first order kinetics
Time /min V/ml
X Log X
2
2
(Vo) 19.2
10 21.4
20 23.4
30 25.2
40 26.9
50 28.4
infinity (V=) 42.7
, Where, V represents the volume of NaOH used
Find the value of rate constant (k), graphically
Answers
Answer:
From the following data at 298 K on the hydrolysis of ethyl acetate in the presence of hydrochloric acid which is supposed to follow first order kinetics
Time /min V/ml
X Log X
2
2
(Vo) 19.2
10 21.4
20 23.4
30 25.2
40 26.9
50 28.4
infinity (V=) 42.7
, Where, V represents the volume of NaOH used
Find the value of rate constant (k), graphically
Explanation:
From the following data at 298 K on the hydrolysis of ethyl acetate in the presence of hydrochloric acid which is supposed to follow first order kinetics
Time /min V/ml
X Log X
2
2
(Vo) 19.2
10 21.4
20 23.4
30 25.2
40 26.9
50 28.4
infinity (V=) 42.7
, Where, V represents the volume of NaOH used
Find the value of rate constant (k), graphicallyFrom the following data at 298 K on the hydrolysis of ethyl acetate in the presence of hydrochloric acid which is supposed to follow first order kinetics
Time /min V/ml
X Log X
2
2
(Vo) 19.2
10 21.4
20 23.4
30 25.2
40 26.9
50 28.4
infinity (V=) 42.7
, Where, V represents the volume of NaOH used
Find the value of rate constant (k), graphically