Àd MG
½
=dt ¼ k 5 MG
½
A
½
The rate of decomposition of alcohol is
Àd A
½ =dt ¼ k 5 MG
½
A
½
The rate of formation of glycerol is
d GL
½ =dt ¼ k 5 MG
½
A
½
The rate of formation of ester is
d E
½ =dt ¼ k 5 MG
½
A
½
For backward chemical reaction (6.3):
The rate of decomposition of glycerol is
Àd GL
½ =dt ¼ k 6 GL
½ E
½
The rate of decomposition of ester is
Àd E
½ =dt ¼ k 6 GL
½ E
½
The rate of formation of monoglyceride is
d MG
½
=dt ¼ k 6 GL
½ E
½
The rate of formation of alcohol is
d A
½ =dt ¼ k 6 GL
½ E
½
For forward overall chemical reaction (6.4):
The rate of decomposition of triglyceride is
Àd TG
½ =dt ¼ k 7 TG
½ A
½
The rate of decomposition of alcohol is
Àd A
½ =dt ¼ k 7 TG
½ A
½
The rate of formation of glycerol is
152
S. Sivamani et al.
½
=dt ¼ k 5 MG
½
A
½
The rate of decomposition of alcohol is
Àd A
½ =dt ¼ k 5 MG
½
A
½
The rate of formation of glycerol is
d GL
½ =dt ¼ k 5 MG
½
A
½
The rate of formation of ester is
d E
½ =dt ¼ k 5 MG
½
A
½
For backward chemical reaction (6.3):
The rate of decomposition of glycerol is
Àd GL
½ =dt ¼ k 6 GL
½ E
½
The rate of decomposition of ester is
Àd E
½ =dt ¼ k 6 GL
½ E
½
The rate of formation of monoglyceride is
d MG
½
=dt ¼ k 6 GL
½ E
½
The rate of formation of alcohol is
d A
½ =dt ¼ k 6 GL
½ E
½
For forward overall chemical reaction (6.4):
The rate of decomposition of triglyceride is
Àd TG
½ =dt ¼ k 7 TG
½ A
½
The rate of decomposition of alcohol is
Àd A
½ =dt ¼ k 7 TG
½ A
½
The rate of formation of glycerol is
152
S. Sivamani et al.
