A. Formation of two daughter cells with identical DNA B. Crossing over of the genes C. Halving of chromosome nuriber between two daughter cells D. Segregation of maternal and paternal characters
A. Cancer B. Zygote C. Gastrula D. New organ
A. Law of dominance B. Law of segregation C. Law of limiting factors D. Law of inheritance
A. AB, ab B. Ab, ab C. AB, Ab, aB, ab D. Data insufficient
A. A mutant organism which has lost its ability to synthesize one or more essential nutrients B. A plan that is able to synthesize its own carbohydrates C. An organism that depends on other organism for meting its nutrient requirements D. non of these
A. Allopolyploidy B. Amphidiploids C. Annapolis D. Autopolyploid
A. Affects more than five characters B. Affects more than ten characters C. Affects only one character D. Affects more than one character
A. All dominant genes will segregate together into daughter cells B. All homologous chromosome pairs will separate C. All daughter cells will have different homologous chromosome pairs D. All linkage group will be disrupted
A. Annapolis B. Polyploidy C. Heterckaryotic D. Haploid
A. Hybrid B. Heterosis C. Backcross D. None of the above