Question

now fill in three punnett squares, one for each trait.
mother’s alleles
father’s alleles
trait:
m
m
m
m
mother’s alleles
father’s alleles
trait:
m
m
m
m
mother’s alleles
father’s alleles
trait:
m
m
m
m

Explanation:

Step1: Fill first Punnett square

For the first Punnett square, when Mother's allele is \( M \) (row) and Father's allele is \( M \) (column), the offspring's genotype is \( MM \). When Mother's \( M \) and Father's \( m \), it's \( Mm \). When Mother's \( m \) and Father's \( M \), it's \( Mm \). When Mother's \( m \) and Father's \( m \), it's \( mm \). So the first square (rows: \( M, m \); columns: \( M, m \)):

• Top - left: \( MM \)
• Top - right: \( Mm \)
• Bottom - left: \( Mm \)
• Bottom - right: \( mm \)

Step2: Fill second Punnett square (assuming same alleles, maybe a typo but following the pattern)

Same as the first, since alleles are \( M, m \) for both parents. So:

• Top - left: \( MM \)
• Top - right: \( Mm \)
• Bottom - left: \( Mm \)
• Bottom - right: \( mm \)

Step3: Fill third Punnett square (same alleles)

Again, same as above:

• Top - left: \( MM \)
• Top - right: \( Mm \)
• Bottom - left: \( Mm \)
• Bottom - right: \( mm \)

Answer:

First Punnett square (rows: \( M, m \); columns: \( M, m \)):

	\( M \)	\( m \)
\( m \)	\( Mm \)	\( mm \)

Second Punnett square (same as first):

	\( M \)	\( m \)
\( m \)	\( Mm \)	\( mm \)

Third Punnett square (same as first):

	\( M \)	\( m \)
\( m \)	\( Mm \)	\( mm \)