out of 16 offspring mooth, green pods. out of 16 offspring

1. If one parent is Tt, what alleles can they pass on to an offspring? (we're talking about a parent producing a gamete, right?) 2. If one parent is TT and the other parent is Tt, what are the possible offspring (These are zygotes, right?) --This is where it gets confusing so make sure to read over Larsen's explanation, and my explanation in the lecture video. The first two questions were super simple, but they were designed to orient your thinking for a dihybrid cross 3. If one parent is TtRr, what alleles can they pass on to an offspring? (what do their gametes look like in terms of letters?) 4. Same as #3, but with different letters. If one parent is TTrr, what alleles can the pass on to an offspring?

Suppose the mating had occurred between an male with a given disease (homozygous recessive) and a normal female known to be heterozygous. What would the probabilities be for the following outcomes of 3 offspring in the following order: normal, with the disease, normal

Create a Punnett square to illustrate the offspring that could result if Felix had children with a noncarrier woman. What is the probability that a son would have WAS? What is the probability that a daughter would be a carrier of WAS?

Please help with this question

Imagine you are a medical professional, and your patient is pregnant with a child whose karyotype has been determined. The unborn child's karyogram is shown below in the picture.   Create the symbol for this result, and then speculate on the outcome of this pregnancy, based on what you know about the viability of human trisomies.