1/16 Biology update and homework due 1/23
Hi folks,
Today we spent some time breaking rules. Mendelian genetics rules that is. We learned about a few of the exceptions to the basic heredity through dominant and recessive genes.
We also began our next block on evolution.
Read pages 302-306 and do questions 1-8 on page 307.
Also, make your own quiz. Create questions based on the following concepts and then solve the questions. I'll give you 3 points of extra credit if I end up using your question on an upcoming quiz. Have fun!
1. Typical Mendelian genetics problem that can be solved using a monohybrid cross.
2. Typical Mendelian genetics problem that can be solved using a dihybrid cross.
3. Incomplete dominance problem that can be solved using a monohybrid cross.
4. Codominance problem that can be solved using a monohybrid cross.
5. A blood type problem problem that can be solved using a monohybrid cross.
Today we spent some time breaking rules. Mendelian genetics rules that is. We learned about a few of the exceptions to the basic heredity through dominant and recessive genes.
We also began our next block on evolution.
Read pages 302-306 and do questions 1-8 on page 307.
Also, make your own quiz. Create questions based on the following concepts and then solve the questions. I'll give you 3 points of extra credit if I end up using your question on an upcoming quiz. Have fun!
1. Typical Mendelian genetics problem that can be solved using a monohybrid cross.
2. Typical Mendelian genetics problem that can be solved using a dihybrid cross.
3. Incomplete dominance problem that can be solved using a monohybrid cross.
4. Codominance problem that can be solved using a monohybrid cross.
5. A blood type problem problem that can be solved using a monohybrid cross.
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