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Monohybrid and Dihybrid Crosses
Monohybrid crosses determines one trait with two outcomes, dominant or recessive. Dihybrid crosses studies the inheritance of two traits simultaneously. -
Law of Independent Assortment
When gametes are formed, the segregation of one gene pair (the Y’s), does. It affect the segregation of the other gene pairs (the R’s). (From presentation) -
F1 Generation and F2 Generation
F1 Generation is the generation brought out from a cross of the first set of parents, while F2 Generation is the result of the cross from the parents of the F1 Generation. -
Real life application
Dihybrid crosses is an important process for inheritance, of what makes you. Black hair, brown hair, or green eyes and brown eyes. There can be some abnormalities too, such as white hair and violet eyes.