Tall height is a dominant trait in pea plants. In these Punnett squares, T denotes tall and t denotes short. What can you conclude from these Punnett squares? A. All short plants are homozygous for that trait. B. All tall plants are homozygous for that trait. C. Both parents in F1 are homozygous dominant. D. Both parents in F2 are heterozygous. answer no

A. All short plants are homozygous for that trait

Explanation:

Although there is no visible punnet square but the question is very straightforward. The gene involved here is that coding for height in pea plants. The tall allele (T) is dominant over the short allele (t) i.e. the allele for tallness will always mask the expression of the short allele in the gene.

Due to this principle of dominance, the trait for tallness can either be homozygous, TT (same allele for tallness) or heterozygous, TT (different alleles resulting from the combination of tallness allele and shortness allele). Note that, this heterozygous state is possible because of the dominance the tallness allele (T) has over the shortness allele (t).

However, the recessive trait which is shortness can only be expressed in a homozygous state i.e. when the allele for shortness are the same in the gene i.e. tt

she will be charged $6

step-by-step explanation:

48 dollars divided by 200 beads equals .24 dollars a bead

.24 multiplied by 25 more beads equals 6 dollars as the total cost

carbon traps heat so more of it makes it hotter causing global warming. during the ice age carbon levels in the atmosphere were low so it got very cold. so the common things between them is carbon levels in the atmosphere.