So we have our dominant gene for the color uppercase G and the recessive lowercase G. We have the uppercase T that is the dominant gene for the height trait. And then we have the recessive lowercase T. So we have green uppercase G. We have orange yellowcase G, the blue uppercase T and the purple lowercase T. Now, if we examine the somatic cell of this particular p plant and we're only focusing on the chromosomes that carry these genes, we're going to get the following diagram. So, within the nucleus of our somatic cell, this is what we're going to get. So we have one homologous chromosome and we have a second homologous chromosome. Now, within this Homologous chromosome pair, we have one of the chromosomes that carries the uppercase G. And the other chromosome within this Homologous pair carries the lowercase G. In this other Homologous pair, we have one of the chromosomes. Carries the uppercase t and the other chromosome carries the lowercase t. Now, the reason that we have the law of independent assortment in the first place is because of the process of meiosis that takes place when this individual, when the organism forms gametes, before fertilization actually takes place.