To determine the ratio of wrinkled to smooth seeds, we need some context, such as genetic information about the seeds. If this question pertains to a classic genetics scenario, for example, Mendelian inheritance involving a trait controlled by a single gene with two alleles (where one allele is dominant for smooth seeds and the other is recessive for wrinkled seeds), we can analyze the likelihoods accordingly.
A common example is the pea plant illustrated by Gregor Mendel, where the dominant allele (S) produces smooth seeds, and the recessive allele (s) produces wrinkled seeds. In a typical cross between two heterozygous parents (Ss x Ss), the offspring ratio of smooth (SS, Ss) to wrinkled (ss) seeds is 3:1.
Given this information, if the context presented in the question aligns with a typical Mendelian inheritance scenario with a heterozygous cross, the expected ratio of wrinkled to smooth seeds would be:
C: 3:1 wrinkled:smooth
If additional context or specific information about the seeds is available, please provide that for a more accurate analysis.
1 answer