3 In a large herd of freely breeding cattle, the phenotypic expression of coat color are observed 200 animals. 98 of the

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3 In a large herd of freely breeding cattle, the phenotypic expression of coat color are observed 200 animals. 98 of the

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3 In A Large Herd Of Freely Breeding Cattle The Phenotypic Expression Of Coat Color Are Observed 200 Animals 98 Of The 1
3 In A Large Herd Of Freely Breeding Cattle The Phenotypic Expression Of Coat Color Are Observed 200 Animals 98 Of The 1 (41.29 KiB) Viewed 65 times
3 In a large herd of freely breeding cattle, the phenotypic expression of coat color are observed 200 animals. 98 of the animals are red (RR), 84 of the animals are roan (Rr) and 18 of the animals are white (rr). What is the allele frequency of the (R) allele in this sample? a. 0.6 b.0.7 c. 0.8 d. 0.9 e. 0.75 f. 0.65 b. 8 RR = 98 kr = 84 rr = 18 Ailele Frequency= P = .3 In the same population of roan cattle (98 RR, 84 Rr, 18 rr), white cattle are kept out of the mating pool for the next generation (W22= 0). How many white cattle (approximately) would be expected after this type of selection in a new population of 200 cattleg - 21 a. 2 (-3) (7) (1) 2 (-3) (7) + (.3) ²(0) T c. 13 d.11 e. 4 f. 16 R alles = 2x 98×84 = 280 ralleles = 2x 18 x 84 = 120 TOTAL alleles = 400 93 R alleles = 280/400 ==7 (+7) (0) (.3)² (1) + T .09 . 42 21: • SI
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