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Then depending on which genotype each parent actually is, the children could be blood type A (AO), B (BO), AB (AB), or O (OO).
Answers: a. AO; BO b. AB; BO c. BO; OO d. CO; AB
didnt see tht comeing
its either b or d
Alright. Hmm... I'll just put D?
And thank you so much for helping out!!
Wait how can it be D if there is c in it???
@Frostbite he knows all
Sorry not in the mood to answer any more questions today :(
awww bt still i think d
Ok. I'll choose d. Thx @Reaper534
wait a sec!
Do a crosschart, I don't allow you to answer before you make a crosschart :)
Err. I don't even get the chart?? It's ok. I'll have my dad help me. SORRY GUYS IM SOO HORRIBLE AT SCIENCE :P
Okay then I explain..
This chart, show how the treats would be crossed... we need to get one gene from our mother and one from out father... A and B are codomiant so in order to be 0 one of the parients have to be 00
Now the 4 combonations show what kind of output there is able to come... so we can se there is A0 and B0
Yes. OH NO!!! I gtg. Ballet :( I am really sorry. Thank you for helping though.
kk but I hope you can see the answer now.
I can. Thank you SOOO much