So one of the cells will carry the uppercase G, uppercase T to form this. Somatic this gametes, sex cell then these two will go to this side will produce this gametes, this sex cell and in this particular case, because we're not taking into consideration the process of crossing over these two are identical in the same exact way these two cystochromatid chromosomes. So we have one pair, and a second pair will separate and will form these two ganides. So we have uppercase g, uppercase T, lowercase g, lower case T. Now, let's suppose that instead of beginning with this arrangement, we have this arrangement of the chromosomes along the equator. So all we did was basically switch these two. And this is true as a result of the law of independent assortment.