Cross a male with blood type AB and a Female with blood type AB. Give the Possible genotypes and phenotypes of the offspring and probability for each. Compare and contrast meiosis and mitosis........?. how many chromosomes in a daughter cells? how many Daughter cells are produced? are the cells identical or diffrent then original cell (before division)?

Question

Cross a male with blood type AB and a Female with blood type AB. Give the Possible genotypes and phenotypes of the offspring and probability for each.  Compare and contrast meiosis and mitosis........?. how many chromosomes in a daughter cells? how many Daughter cells are produced? are the cells identical or diffrent then original cell (before division)?

anonymous · Answer

Why did you close the last question before I had a chance to explain it?

anonymous · Answer

I think I got answer to it. "first part make a punnet square. So Tt by Tt would mean  one square (25%) TT, two squares (50%) Tt and one square (25%) tt. So 75% would be tall, 45 would be tall. 
The three alleles are A, B and O. You inherit two. A and B are dominant and O is recessive." thats why i closed it..sorry for closeing it!

anonymous · Answer

It's okay. I was just curious. 

You're right about the genotype question. 

And you're also right about the blood typing question. 

So, where exactly do you need help with the first part of this post? 
It's about blood typing, again.

anonymous · Answer

All you have to do is make another Punnett Square. 

One parent's genotype would be (A B) 
and the other parent's genotype would also be (A B). 

Punnett Square would look like this: 

|dw:1359356456447:dw|

We fill in the four empty squares,
and then we calculate the probability of each square.