Answer:
A
AB
Explanation:
This question involves blood type, which can either be blood type A, B, AB or O in humans. Alleles A (iA) and B (iB) are co-dominant but dominant over allele O (i).
According to this question, a mom who is heterozygous for type B blood i.e. genotype iBi, has a baby with type AB blood. Since the mother contributed the "B" allele, it means that the father contributed the A allele. Only a father with genotype: iAi or iAiA (type A) or iAiB (type AB) can produce such allele.
Answer:
A
Explanation:
it holds water in the plant
Answer:
Heterozygous A: AO (remember, O type blood is a recessive allele. It's masked by A)
Heterozygous B: BB (h0m0zygous)
AO x BB --> AB, BO
Therefore, the genotypes of their offspring will be 1 AB to 1 BO, while the phenotypes will be 1 AB blood to 1 B blood.
I hope this answer helps you find what your looking for! :)
Answer:
I think it's A but I could be wrong so really sorry if I am
Answer and Explanation:
<u>2. </u>
Fatty acids and glycerol - <u>B. Lipid</u>
Monosaccharide - <u>D. Carbohydrate</u>
Nucleotide - <u>C. Nucleic Acid</u>
Amino Acid - <u>A. Protein</u>
<u>3. </u>
DNA - <u>C. Nucleic Acid</u>
Enzyme - <u>A. Protein</u>
Triglyceride - <u>B. Lipid</u>
Polysaccharide - <u>D. Carbohydrate</u>
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<em><u>#teamtrees #PAW (Plant And Water)</u></em>