Question: Allele FrequencyAllele Initial Allele Frequency G5 Allele Frequency(Round to 2 decimal places)q d0.70p D0.30

Question: Allele Frequency Allele G5 Allele Frequency Initial Allele Frequency 0.70 9 w 0.17 р B 0.30 0.83 Genotype Frequency Moths Genotype Color Moths Released Initial Frequency Frequency G5 Number of Moths G5 q? Typica dd White 490 0.49 0.03 41 2pq Carbonaria Dd Black 420 0.42 0 p2 Carbonaria DD Black 90 0.09 0 0

Record in Lab Data 5 LO Calculate allele frequencies in 5th generation Record in Lab Data 6 Calculate genotype frequencies and number of moths in 5th generation Record in Lab Data Environment: Clean Forest Moths Released G1 G2 G3 G4 Gs Typica 490 301 387 456 556 878 Carbonaria 510 210 190 186 166 54 Total 1000 511 577 642 722 932 Phenotype ...

Question: Lab Data X Is this the correct allele frequency? Environment: Clean Forest Moths Released G G2 G3 G4 G5 Typica 250 166 259 372 521 851 Carbonaria 750 308 254 234 210 199 Total 1000 474 513 606 731 1050 Phenotype Frequency Color Initial Frequency Frequency G. (Round to 2 decimal places) Typica White 0.25 0.81 Carbonaria Black 0.75 0.19 Allele Frequency Allele

Question: À Lab Data - X Is this the correct allele frequency? Environment: Polluted Forest Moths Released G1 G2 G3 G4 G5 810 327 303 169 103 59 Typica Carbonaria Total 190 240 486 693 974 1407 1000 567 789 862 1077 1466 Phenotype Frequency Initial Frequency Frequency G5 Color Light 0.81 0.04 Typica Carbonaria Dark 0.19 0.96 Allele Frequency Allele Initial Allele

Question: LUIS Choose Initial Allele Frequency Х Typica: dd Carbonaria: Dd, DD d=0.5/D=0.5 d=0.7/D=0.3 d=0.9/D=0.1 tie Capture moth Lab Data - X Environment: Clean Forest Moths Released G1 G2 G3 G4 Gs 810 405 468 569 691 857 Typica Carbonaria 190 72 66 64 61 56 Total 1000 477 534 633 752 913 Phenotype Frequency Color Initial Frequency Frequency Gs …

In drives allele large populations, genetic drift frequencies to fixa genetic drift natural selectio natural selection Ifluence from natural selection, swamps the effect of natural selection in small populations. genetic drift Genetic drift results in the consistent decrease in allele frequency from generation to generation, whereas natural ...

Answer to Calculate phenotype frequencies in 5th. Lab Data х Environment: Clean Forest Moths Released G1 G2 G3 G4 Gs 490 301 387 456 556 878 Typica Carbonaria 510 210 190 186 166 54 Total 1000 511 577 642 722 932 Phenotype Frequency Color Initial Frequency Frequency G5 (Round to 2 decimal places) Typica White 0.49 0 Carbonaria Black 0.51 0 Allele Frequency Allele Initial Allele Frequency G5 ...

Use the allele frequency table listed above to answer the following five questions and there are two extra credit questions included (each question is worth 2 points).  Remember when doing the calculations at each location (loci) to use p2 for homozygotes and 2(p x q) for heterozygotes. Show all of your calculations!1.

Question: 1. How would immigration affect allele frequency? Write a protocol for a simulation testing the effects of immigration on a population. Your new phenotype will be garbanzo beans. Write in a low immigration scenario (one individual per generation) and a high immigration scenario (five individuals per generation). 2.