The shape of a pumpkin is determined by the action of two genes A and B. The recessive forms of these two alleles produces a flattened-shaped fruit, whereas the dominant forms of these two alleles produce the typical pumpkin with ridges. When both alleles are heterozygous a disc-shaped pumpkin is produced. If the genotype of the pumpkin plant is homozygous dominant at one allele and heterozygous at the other, the pumpkin will be ball-shaped. If the pumpkin plant is homozygous recessive at one allele and heterozygous at the other allele it produces an oblong-shaped fruit. Plants with genotypes other than the ones listed in this question do not produce pumpkins. Do the following cross: two pumpkin plants capable of making disc-shaped pumpkins are crossed with each other. Based on this cross, answer the following: (Show your work below.)How many of the progeny will make ball-shaped pumpkins?__________________________________________How many of the progeny will make disc-shaped pumpkins? _______________________How many of the progeny will not be able to make pumpkins? ______________________________What genotypes do not make pumpkins? __________________________________________ I really need help finding the answer I am confused can somone explain the answer and show it in a punnet square and shwo the work to get the answer

Given When both alleles are heterozygous a disc-shaped pumpkin is produced. homozygous dominant at…

Answered: The shape of a pumpkin is determined by…

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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The shape of a pumpkin is determined by the action of two genes A and B. The recessive forms of these two alleles produces a flattened-shaped fruit, whereas the dominant forms of these two alleles produce the typical pumpkin with ridges. When both alleles are heterozygous a disc-shaped pumpkin is produced. If the genotype of the pumpkin plant is homozygous dominant at one allele and heterozygous at the other, the pumpkin will be ball-shaped. If the pumpkin plant is homozygous recessive at one allele and heterozygous at the other allele it produces an oblong-shaped fruit. Plants with genotypes other than the ones listed in this question do not produce pumpkins. Do the following cross: two pumpkin plants capable of making disc-shaped pumpkins are crossed with each other. Based on this cross, answer the following: (Show your work below.)

How many of the progeny will make ball-shaped pumpkins?__________________________________________
How many of the progeny will make disc-shaped pumpkins? _______________________
How many of the progeny will not be able to make pumpkins? ______________________________
What genotypes do not make pumpkins? __________________________________________

I really need help finding the answer I am confused can somone explain the answer and show it in a punnet square and shwo the work to get the answer

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