Question: Why do traits for silk flexibility vary within this family of Darwin’s bark spiders? Claim 1: The offspring have mutations that affect their traits. Claim 2: The offspring’s traits depend on which parent the offspring received more traits from. Claim 3: The offspring received different combinations of traits from their parents. Which Claim do you feel best responds to the question?
Answers
Explanation:
The spiders in this family must have different proteins for silk flexibility in their cells. ... Spider silk is made of proteins, and connections between these molecules affect silk flexibility.
Answer:
The correct answer will be The offspring have variations that affect their traits.
In the place of mutation in question it should be variations because of variation there is vary in silk flexibility .
Explanation:
For silk flexibility in their cells, spiders in this family must have different proteins. Variation in traits can be caused by changes in protein molecules within people's cells. The structures of protein molecules influence their function and how they interact with other molecules. Proteins make up spider silk, and the connections between these molecules influence silk flexibility.
Genes are protein instructions each gene version contains instructions for producing a specific protein molecule. For each feature, an organism has two copies of a gene; these can be the same version (homozygous) or different (heterozygous). Some spiders in the family have homozygous gene versions for silk flexibility, while others are heterozygous.
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