Consider three yellow, round peas, labeled a, b, and c. each was grown into a plant and crossed to a plant grown from a green, wrinkled pea. exactly 100 peas issuing from each cross were sorted into phenotypic classes as follows:
a: 51 yellow round, 49 green roundb: 100 yellow, roundc: 24 yellow round; 26 yellow wrinkled; 25 green round; 25 green wrinkledwhat were the genotypes of a, b and c? use gene symbols of your choosing; be sure to define each one.

Let yellow=G and green=g; round=R and wrinkled=r

A: GgRR

B: GGRR

C: GgRr

Explanation:

The question tells us that plants A,B and C are all crossed with the same green, wrinkled pea plant, thus we know that this is a test cross and the green, wrinkled plant is completely recessive (ggrr). Therefore, we know that yellow is dominant over green and round is dominant over wrinkled.

When plant A was put through the test cross all the peas were round, but half the peas were yellow and half were green. From this we can deduce that plant A must have been heterozygous for the yellow trait and homozygous for the round trait.

When plant B was put through the test cross all the peas were yellow and round. From this we can deduce that plant B must have been homozygous for the yellow trait and homozygous for the round trait.

When plant C was put through the test cross every trait was shown in the peas. We can then deduce that plant C must have been heterozygous for the yellow trait and heterozygous for the round trait.

raits that your monster will have. the dna code for each trait is given, so you will need to go through the process of transcription and translation to determine what protein is being made and then match that with the corresponding trait. you may even include a picture of your monster if you are feeling creati

answer:

sequence 1- deletion

                  2- duplication

                  3- insertion

                  4- substitute

                  5- inversion