26.) Use the table below to answer the question. Blood Types Genotype(s) Phenotype ii O IAIA, IAi A IBIB, IBi B IAIB AB Blood type is inherited through multiple alleles, including IA, IB, and i. A child has type A blood. If the father has type AB blood, what are all the possible phenotypes of the mother? Phenotypes O or A. Phenotypes A or AB. Phenotypes A, B, AB. Phenotypes O, A, B, AB. 27.) A cattle farmer genetically crosses a cow (female) with a white coat with a bull (male) with a red coat. The resulting calf (offspring) is roan, which means there are red and white hairs intermixed in the coat of the calf. The genes for coat color in cattle are co-dominant. Part A: Although a farm has cattle in all three colors, the farmer prefers roan cattle over white or red cattle. Use the Punnett square to show a cross that would produce only roan offspring. ___________ ____________
26.) Use the table below to answer the question. Blood Types Genotype(s) Phenotype ii O IAIA, IAi A IBIB, IBi B IAIB AB Blood type is inherited through multiple alleles, including IA, IB, and i. A child has type A blood. If the father has type AB blood, what are all the possible phenotypes of the mother? Phenotypes O or A. Phenotypes A or AB. Phenotypes A, B, AB. Phenotypes O, A, B, AB. 27.) A cattle farmer genetically crosses a cow (female) with a white coat with a bull (male) with a red coat. The resulting calf (offspring) is roan, which means there are red and white hairs intermixed in the coat of the calf. The genes for coat color in cattle are co-dominant. Part A: Although a farm has cattle in all three colors, the farmer prefers roan cattle over white or red cattle. Use the Punnett square to show a cross that would produce only roan offspring. ___________ ____________