Morgan was so excited
Morgan was so excited
Morgan提出遗传学第三定律是（）与（）定律。
Morgan提出遗传学第三定律是（）与（）定律。
What<br/>is the central idea of the last paragraph? ______ A: Morgan<br/>Rees has worked until he is 76. B: Morgan<br/>Rees has developed the export market and improved the profits by200%. C: Morgan<br/>Rees hasn't been bored since he bought the factory. D: Since<br/>he started working again, Morgan Rees has expanded the company<br/>considerably, which has enriched his retired life.
What<br/>is the central idea of the last paragraph? ______ A: Morgan<br/>Rees has worked until he is 76. B: Morgan<br/>Rees has developed the export market and improved the profits by200%. C: Morgan<br/>Rees hasn't been bored since he bought the factory. D: Since<br/>he started working again, Morgan Rees has expanded the company<br/>considerably, which has enriched his retired life.
哪两位科学家各自提出染色体遗传理论？（） A: AWatson和Crick B: BBateson和Morgan C: CMendel和Morgan D: DSutton和Boveri E: EHershey和Chase
哪两位科学家各自提出染色体遗传理论？（） A: AWatson和Crick B: BBateson和Morgan C: CMendel和Morgan D: DSutton和Boveri E: EHershey和Chase
哪两位科学家各自提出染色体遗传理论？（） A: Watson和Crick B: Bateson和Morgan C: Mendel和Morgan D: Sutton和Boveri E: Hershey和Chase
哪两位科学家各自提出染色体遗传理论？（） A: Watson和Crick B: Bateson和Morgan C: Mendel和Morgan D: Sutton和Boveri E: Hershey和Chase
Mr. Morgan can be very sad ________， though in public he is extremely cheerful.
Mr. Morgan can be very sad ________， though in public he is extremely cheerful.
In what sense is the interaction between Prince Edward and Paige Morgan an intercultural communication?
In what sense is the interaction between Prince Edward and Paige Morgan an intercultural communication?
（）发明了显微镜。 A: Darwin B: Leeuwenhoek C: Morgan D: Watson
（）发明了显微镜。 A: Darwin B: Leeuwenhoek C: Morgan D: Watson
Morgan根据下面哪一项实验提出连锁律和交换律？（）
Morgan根据下面哪一项实验提出连锁律和交换律？（）
表观遗传学的奠基人是（ ）。 A: Waddington B: Model C: Morgan D: Crick
表观遗传学的奠基人是（ ）。 A: Waddington B: Model C: Morgan D: Crick