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A plant contains the alleles Gg for green pod color. It is crossed with a plant that has the alleles gg for yellow pod color. The offspring have green pods . What is the allele combination? square

Question

A plant contains the alleles Gg for green pod
color. It is crossed with a plant that has the
alleles gg for yellow pod color. The offspring
have green pods . What is the allele
combination?
square

A plant contains the alleles Gg for green pod color. It is crossed with a plant that has the alleles gg for yellow pod color. The offspring have green pods . What is the allele combination? square

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KeatonMaster · Tutor for 5 years

Answer

### \( \mathrm{Gg} \)

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## Step1: Identify the dominant and recessive alleles<br />### The allele \( \mathrm{G} \) is dominant for green pod color, and \( \mathrm{g} \) is recessive for yellow pod color.<br />## Step2: Determine possible offspring combinations <br />### A plant with genotype \( \mathrm{Gg} \) can produce gametes with \( \mathrm{G} \) or \( \mathrm{g} \). A plant with genotype \( \mathrm{gg} \) can only produce gametes with \( \mathrm{g} \).<br />## Step3: Create the Punnett square <br />### The combination of gametes results in the following possibilities for the offspring: \( \mathrm{Gg} \) and \( \mathrm{gg} \).<br />## Step4: Identify the phenotype of the offspring <br />### The offspring with \( \mathrm{Gg} \) will have green pods (dominant characteristic), and the offspring with \( \mathrm{gg} \) will have yellow pods. Since the problem states that the offspring have green pods, the allele combination must be \( \mathrm{Gg} \).
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