the punnett square shows a text cross of mice that are heterozygous for both traits. what will their offspring be? fill in the white boxes of the punnett square with all possible offspring genotypes. a male mouse that is heterozygous for both genes (bbee) a female mouse that is heterozygous for both genes (bbee)

Question

Accepted Answer

# Explanation:
## Step1: Determine gametes combination
For the female gamete $BE$ and male gamete $Be$, the combination is $BBEe$.
For the female gamete $BE$ and male gamete $bE$, the combination is $BbEE$.
For the female gamete $BE$ and male gamete $be$, the combination is $BbEe$.
For the female gamete $Be$ and male gamete $BE$, the combination is $BBEe$.
For the female gamete $Be$ and male gamete $bE$, the combination is $BbEe$.
For the female gamete $Be$ and male gamete $be$, the combination is $Bbee$.
For the female gamete $bE$ and male gamete $BE$, the combination is $BbEE$.
For the female gamete $bE$ and male gamete $Be$, the combination is $BbEe$.
For the female gamete $bE$ and male gamete $be$, the combination is $bbEe$.
For the female gamete $be$ and male gamete $BE$, the combination is $BbEe$.
For the female gamete $be$ and male gamete $Be$, the combination is $Bbee$.
For the female gamete $be$ and male gamete $bE$, the combination is $bbEe$.

# Answer:
| Punnett Square | BE | Be | bE | be |
| --- | --- | --- | --- | --- |
| BE | BBEE | $BBEe$ | $BbEE$ | $BbEe$ |
| Be | $BBEe$ | BBee | $BbEe$ | $Bbee$ |
| bE | $BbEE$ | $BbEe$ | bbEE | $bbEe$ |
| be | $BbEe$ | $Bbee$ | $bbEe$ | bbee |

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QUESTION IMAGE

Question

Explanation:

Step1: Determine gametes combination

Answer:

Punnett Square	BE	Be	bE	be
Be	\(BBEe\)	BBee	\(BbEe\)	\(Bbee\)
bE	\(BbEE\)	\(BbEe\)	bbEE	\(bbEe\)
be	\(BbEe\)	\(Bbee\)	\(bbEe\)	bbee