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count 100 kernels on each of the different types of corn. Recors the number of each phenotype you see. Determkne which Ratio each Corn is in.

Com G Lab 2 - Mendelian Genetics - Dihybrid Crosses / Epistasis Phenotypes Yellow/March Purple/Marthy Purple/Sweet wiede Phenotype Oburved Yellowstarch Expected Count 100 meterent types of com Record the number of each phenotype you weeTo determine wichtich type of cornis . Come with herpes will be in the 13 3 rutis. Com F# . Com with photos witbror 12:3:ratio Corn Come with heates will be in either a 33 rutinom, To determine which of these two come your highest and where bet for Com Hinapeegervedber to be roughes as much as the lowest obrved ubes, you spect the highest observed to be Deviation Yellowwind 25 Purple/ Purple/weet wrinkledi 300 100 Total Deviation this the number of observed in the number of expected. If you suam the numbers in this color, should come dow't, then you've gone wrong somewhere Corni Menotypes Same as CG Cor Obre Dion Photype Web/starchy Yellow/weet wrinkled? Deviation 100 Red 300 Talo Com Phenotypes Corn H Pheatre Purple Deviation 100 100 Total Ratio Total = 0 Red 100 100 SDA 3 DO 05690 ENDOSE (). Lab 2 - Mendelian Genetics - Dihybrid Crosses / Epistasis Count 100 kernels on each of the different types of corn Record the number of each phenotype you see. To determine which ratio each type of corn is in; Corn with 2 phenotypes will be in either a 9:7 or a 13:3 ratio (Corn F.J) Corn with 3 phenotypes will be in either a 9:3:4 or 12:3:1 ratio. (Corn H) Corn with 4 phenotypes will be in either a 9:3:3:1 or 1:1:1:1 ratio. (Corn G, 1) To determine which of these two ratios it is compare your highest and lowest observed numbers. e.g. for Com H-in a 9:3:4 ratio, you expect the highest observed number to be roughly 3 times as much as the lowest observed number. In a 12:3:1 ratio, you expect the highest observed number to be roughly 12 times as much as the lowest observed number. Deviation - this is the number of observed minus the number of expected. If you sum the numbers in this column, it should come to zero. If it doesn't, then you've gone wrong somewhere. Corn F Phenotypes o Red Yellow O Observed Expected Deviation Phenotype Yellow Red Total Ratio ? 100 100 Total 0 Corn H Phenotypes Purple Red o Yellow Observed Expected Deviation Phenotype Purple Red Yellow Total Ratio 100 100 Totalo I Corn G Phenotypes o Yellow/Starchy (smooth) Yellow/Sweet (wrinkled) o Purple/Starchy (smooth) Purple/Sweet (wrinkled) Observed Expected Deviation Phenotype Yellow/starchy (smooth) Yellow/sweet/wrinkled) Purple/starchy(smooth) Purple/sweet(wrinkled) Total Ratio - ? 25 32 23 100 100 Total=0 Corn! Phenotypes o Same as Corn G Observed Expected Deviation Phenotype Yellow/starchy(smooth) Yellow/sweet/wrinkled) Purple/starchy smooth) Purple/sweet wrinkled) Total = Ratio - 2 100 100 Total = 0 Corn) Phenotypes o Purple Yellow Observed Expected Deviation Phenotype Purple Yellow Total Ratio ? 100 100 Total - Lab 2 - Mendelian Genetics - Dihybrid Crosses / Epistasis . . Count 100 kernels on each of the different types of corn. Record the number of each phenotype you see. To determine which ratio each type of corn is in; Corn with 2 phenotypes will be in either a 9:7 or a 13:3 ratio. (Corn F,J). Corn with 3 phenotypes will be in either a 9:3:4 or 12:3:1 ratio. (Corn H) Corn with 4 phenotypes will be in either a 9:3:3:1 or 1:1:1:1 ratio. (Corn G, 1) To determine which of these two ratios it is compare your highest and lowest observed numbers. e.g. for Corn H-in a 9:3:4 ratio, you expect the highest observed number to be roughly 3 times as much as the lowest observed number. In a 12:3:1 ratio, you expect the highest observed number to be roughly 12 times as much as the lowest observed number. Deviation - this is the number of observed minus the number of expected. If you sum the numbers in this column, it should come to zero. If it doesn't, then you've gone wrong somewhere. Corn F Phenotypes Red O Yellow Observed Expected Deviation Phenotype Yellow Red Total Ratio ? 100 100 Total 0 Corn H Phenotypes Purple Red Yellow O Observed Expected Deviation Phenotype Purple Red Yellow Total Ratio? 100 100 Total