Well, basically, we can have this cell combined with this cell to form the following cell that contains upper case T that came from parent one and lower case T that came from parent one. Or we can also have this T combined with this T to form this cell, this T combined with this T to form this cell and this T to combine with this T to form this cell. So we have a total of four different potential possibilities of the offspring. And because these processes, these fusion processes are arbitrary, they're random, there is basically a 25% chance that each of these will actually take place. Now, in this particular case, and in fact, whenever we mate a homozygous dominant with a homozygous recessive, we always get the following punished square, where each one of these are essentially identical. So in this particular case, it really doesn't matter which one of these we choose.