Question: 53. Based on the results of your calculations in the previous question should the nuall hypothesi…


53. Based on the results of your calculations in the previous question should the nuall hypothesis be accep rejected. (1 p) accept Bonus Question Use the information below to answer questions 10-11 In guinea pigs the dominant allele L. governs the expression of the trait short hair and its recessive allle governs long hair. Codominant alleles at an independent locus govern hair color such that CO yellow. Ccw -cream, and CWCW white. A cross was made between animals with the genotype LICC. The progeny obtained from the cross are shown below: 50 cream, short hair; 21 cream, long hair; 21 yellow, short hair: 23 white, short hair: 7 yellow, long hair, 6 white, long hair; 39. Use the table below to determine the phenotypie and genotypic ratios expected among the progeny of tu cross. (4 pts) Phenotypic ratio: Genotypic ratio: 0. Use the table below to determine if the phenotypic distribution observed is due to chance alone. All calculations must be shown to 3 decimal places where applicable. Your answer must include all foru used to receive full points. (6 pts) Phenotypes 0 yellow, short hair 2 cream, short hair 50 white, short hair yellow, long hair cream, long hair 2 white, long hair l 。 Total 128 n-l

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53. Based on the results of your calculations in the previous question should the nuall hypothesis be accep rejected. (1 p) accept Bonus Question Use the information below to answer questions 10-11 In guinea pigs the dominant allele L. governs the expression of the trait short hair and its recessive allle governs long hair. Codominant alleles at an independent locus govern hair color such that CO yellow. C'cw -cream, and CWCW white. A cross was made between animals with the genotype LIC'C. The progeny obtained from the cross are shown below: 50 cream, short hair; 21 cream, long hair; 21 yellow, short hair: 23 white, short hair: 7 yellow, long hair, 6 white, long hair; 39. Use the table below to determine the phenotypie and genotypic ratios expected among the progeny of tu cross. (4 pts) Phenotypic ratio: Genotypic ratio: 0. Use the table below to determine if the phenotypic distribution observed is due to chance alone. All calculations must be shown to 3 decimal places where applicable. Your answer must include all foru used to receive full points. (6 pts) Phenotypes 0 yellow, short hair 2 cream, short hair 50 white, short hair yellow, long hair cream, long hair 2 white, long hair l 。 Total 128 n-l

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