Blue moon beans produce beans that are either the domina...

Question

Blue moon beans produce beans that are either the dominant color blue or the recessive color white. The bean pods for this species always contain four seeds each. If two heterozygous plants that each have the Bb genotype are crossed, what are the predicted frequencies of each of the five outcome classes for combinations of blue and white seeds in pods?

Accepted Answer

Hello, everyone and welcome to today's video sewing plants via Leo for green pots or capitalized G is dominant over the Leo for yellow pots or lower case G. What is the predictive frequency of green pots? From a cross between two bean plants that are hetero zegas green pots? Well, in order to do this, we're going to be creating a punnett square. In order to visualize this cross, we are told that the two plants are heroic Sagas green pots. So they're going to have the dominant genotype, but they're going to be heterocyclic for it. If we make this cross, we're going to obtain the following. So as we can see, one of the offspring is going to have yellow pots or it's going to be Homo Sagas recessive for the color trait. And on the other hand, three of the offspring are going to have dream pots Or going to be having the dominant phenotype for the trade since three out of four have this dominant phenotype, this is a probability of 75%. So the correct answer choice here is 75%. I really hope this video helped you and I hope to see you on the next one.

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