A certain cricket species can be green or orange and the difference isdetermined by alleles of a single gene. You have a true-breeding green cricketline, and cross one of these to an orange cricket of unknown genotype found inthe wild. Half the F1 progeny are green and the other half are orange.a. On your own paper, draw by hand a Punnett Square for the cross describedabove using g to represent the recessive allele and G the dominant allele.Indicate the phenotype of each of the progeny classes in your Punnett Square.b. Draw another Punnett Square illustrating a cross between two F1 orangecrickets, again indicating the phenotypes of each progeny class produced. Alsoindicate the overall proportion of crickets with each phenotype observed in theF2.c. Diagram a cross between an orange F2 cricket and a green cricket from thetrue-breeding line where the progeny are all orange. Not expecting a PunnettSquare here, just something showing the genotypes of both parents.When you are finished, take a picture of your work and upload it (crop to showyour work without alot of extra space around it). I have not tried every possiblefile type but .jpg and .pdf are both fine.

Name: A certain cricket species can be green or orange and the difference i
Uploaded: 2024-03-20T06:43:04.000Z
Channel: Bartleby
Description: A certain cricket species can be green or orange and the difference isdetermined by alleles of a single gene. You have a true-breeding green cricketline, and cross one of these to an orange cricket of unknown genotype found inthe wild. Half the F1 p