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ine second mosquito demonstrates how the initial spray rendered the mosquito getting weak. The second spray was then The second mosquito demonstrates how the initial spray rendered the mosquito getting weak. The second spray was then apathetic. The third spray caused the mosquito to inert. apathetic. The third spray caused the mosquito to inert.

Table 1 ine second mosquito demonstrates how the initial spray rendered the mosquito getting weak. The second spray was then The second mosquito demonstrates how the initial spray rendered the mosquito getting weak. The second spray was then apathetic. The third spray caused the mosquito to inert. apathetic. The third spray caused the mosquito to inert.

Related Figures (4)

The first spray of the second mosquito is lively as it was caught. Second, the mosquito is already exhausted. The third spray shows that the mosquito is worn out. And the last spray the mosquito is hardly alive.
The first spray of the second mosquito is lively as it was caught. Second, the mosquito is already exhausted. The third spray shows that the mosquito is worn out. And the last spray the mosquito is hardly alive.
The second mosquito shows that the first spray was making the mosquito unable first spray was making the mosquito unable
The second mosquito shows that the first spray was making the mosquito unable first spray was making the mosquito unable
the parts of c odorata was the most potent with a 50 second. This is followed by c. odorata leaves with 1 min. and 50 secs. The data used in these results was the third spray of the first mosquito. The phytochemicals extract of all the parts of c odorata was the most potent with a 50 second. This is followed by c. odorata leaves with | min. and 50 secs. The data used in these results was the third spray of the first mosquito. The results showed toxicity variation due to changes in solvents used for the extraction, which could be attributed to chemical constituents, with varying degrees of toxicity, present in each solvent extract. (Ghost et al.,2012)
the parts of c odorata was the most potent with a 50 second. This is followed by c. odorata leaves with 1 min. and 50 secs. The data used in these results was the third spray of the first mosquito. The phytochemicals extract of all the parts of c odorata was the most potent with a 50 second. This is followed by c. odorata leaves with | min. and 50 secs. The data used in these results was the third spray of the first mosquito. The results showed toxicity variation due to changes in solvents used for the extraction, which could be attributed to chemical constituents, with varying degrees of toxicity, present in each solvent extract. (Ghost et al.,2012)
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