3.Results




Type of Set Up
Percentage composition of Carbon dioxide in the bottle in the beginning of the experiment
Percentage composition of Carbon dioxide in the bottle in the end of the experiment
A (Contains Miconazole)
0.811%
0.801%
B (Contains Clotrimazole)
0.808%
0.759%







Type of Set Up
Percentage composition of Carbon dioxide in the bottle in the beginning of the experiment
Percentage composition of Carbon dioxide in the bottle in the end of the experiment
A (Contains Terbinafine)
0.271%
0.143%
B (Contains Miconazole)
0.332%
0.273%






Type of Set Up
Percentage composition of Carbon dioxide in the bottle in the beginning of the experiment
Percentage composition of Carbon dioxide in the bottle in the end of the experiment
A (Contains None)
0.808%
0.123%
B (Contains Clotrimazole)
0.811%
0.099%




Summary of findings



Type of Set Up
Average of Percentage composition of Carbon dioxide in the bottle in the beginning of the experiment
Average Percentage composition of Carbon dioxide in the bottle in the end of the experiment
Control
0.111%
0.499%
With Clotrimazole
0.456%
0.785%
With Miconazole
0.572%
0.537%
With Terbinafine
0.255%
0.115%


Clotrimazole is the most effective, followed by Miconazole and lastly Terbinafine. This tells that azole anti fungal is better than allyamine as well as which azole, Clotrimazole or Miconazole, is more effective.

No comments:

Post a Comment