Answer :
The phenotype frequency of color initial frequency g5 for White moths is approximately 456.68, and for Black moths is approximately 475.32.
To calculate the phenotype frequency of color initial frequency g5, we can use the following formula:
Phenotype frequency = Initial frequency * Total moths released
For the color initial frequency g5, we have the following information:
Initial frequency for Typica (White) = 0.49
Initial frequency for Carbonaria (Black) = 0.51
Total moths released = 932
Now, let's calculate the phenotype frequency for g5 for both White and Black moths:
Phenotype frequency for White moths = 0.49 * 932 = 456.68
Phenotype frequency for Black moths = 0.51 * 932 = 475.32
Rounded to 2 decimal places:
Phenotype frequency for White moths = 456.68 ≈ 456.68
Phenotype frequency for Black moths = 475.32 ≈ 475.32
Therefore, the phenotype frequency of color initial frequency g5 for White moths is approximately 456.68, and for Black moths is approximately 475.32.
The probable question may be:
What is the phenotype frequency of color initial frequency g5 (rounded to 2 decimal places)?
Moths released | G1 | G2 | G3 | G4 | G5
Typica= 490 | 301 | 387 | 456 | 556 | 878
Carbonaria= 510 | 210 | 190 | 186 | 166 | 54
Total= 1000 | 511 | 577 | 642 | 722 | 932
Color | Initial frequency | Phenotype frequency
Typica= White | 0.49 | ?
Carbonaria= Black | 0.51 | ?
