Monohybrids, Dihybrids, Mendelian Genetics_HB

Posljednje ažuriranje 5 months ago

18

1

2

1

Biblioteka

Monohybrids, Dihybrids, Mendelian Genetics_HB

Posljednje ažuriranje 5 months ago

18

Patrick met Patti at the dance. Both of them are heterozygous for their pink body color. Pink body color (N) is dominant over yellow body color (n). Draw the Punnett Square for two heterozygous (Nn) individuals.

0

GG= gray Gg=gray gg=orange
Draw the punnett square for two heterozygous oompahs (Gg x Gg)

1

GG= gray Gg=gray gg=orange
Looking at #1, What percent will have an orange face?

0

GG= gray Gg=gray gg=orange
Draw the punnett square between a gray (GG) and orange (gg) faced oompah.

1

For each genotype below, identify which are heterozygous.

2

For each genotype below, identify which are homozygous.

1

A tall head (T) is dominant to short (t). Click on the possible genotypes for a tall head.

tt

TT

Tt

1

A tall head (T) is dominant to short (t). Click on the possible genotypes for short.

tt

TT

Tt

1

Use the chart below to identify the phenotype of a snail with the genotype WwPpbb

white shell white skin big eyes

black shell white skin small eyes

white shell pink skin small eyes

black shell pink skin small eyes

1

2

R= red r= yellow
F= round f= pear shaped
What is the phenotype of a fruit that is RrFf?

red and round

red and pear shaped

yellow and round

yellow and pear shaped

1

0

GG= gray Gg=gray gg=orange
Draw the punnett square for two heterozygous oompahs (Gg x Gg)

1

GG= gray Gg=gray gg=orange
Looking at #1, What percent will have an orange face?

0

GG= gray Gg=gray gg=orange
Draw the punnett square between a gray (GG) and orange (gg) faced oompah.

1

GG= gray Gg=gray gg=orange
Looking at #3, What percent have gray faces?

For each genotype below, identify which are heterozygous.

For each genotype below, identify which are homozygous.

A tall head (T) is dominant to short (t). Click on the possible genotypes for a tall head.

tt

TT

Tt

A tall head (T) is dominant to short (t). Click on the possible genotypes for short.

tt

TT

Tt

1

Use the chart below to identify the phenotype of a snail with the genotype WwPpbb

white shell white skin big eyes

black shell white skin small eyes

white shell pink skin small eyes

black shell pink skin small eyes

1

Use the chart to determine the genotype of a snail that is recessive for shell color, heterozygous for skin color, and homozygous dominant for eyes.

WWPPBB

wwPpBB

WwPpBb

wwPpbb

In a cross of a homozygous dominant individual and a yellow body individual, what percent of their children will be yellow?

In a cross of a homozygous dominant individual and a heterozygous individual, what is the genotypic ratio for the Punnett Square?

1:2:1

0:4:0

4:0:0

2:1:1

In a cross of a homozygous dominant individual and a heterozygous individual, what is the phenotypic ratio for the Punnett Square?

4:0

0:4

2:2

3:1

GG= gray Gg=gray gg=orange
Looking at #3, What percent have gray faces?

Use the chart to determine the genotype of a snail that is recessive for shell color, heterozygous for skin color, and homozygous dominant for eyes.

WWPPBB

wwPpBB

WwPpBb

wwPpbb

R= red r= yellow
F= round f= pear shaped
How many of the offspring will be yellow and round?

R= red r= yellow
F= round f= pear shaped
How many of the offspring will be yellow and pear shaped?

What are the genotype for the parent?

RrFf x RrFf

RRFf x RrFf

RrFf x RrFF

RRFf x RRFf

Monohybrids, Dihybrids, Mendelian Genetics_HB

Monohybrids, Dihybrids, Mendelian Genetics_HB

In a cross of two heterozygous individuals, what percent of their children will be pink?

GG= gray Gg=gray gg=orange
Draw the punnett square for two heterozygous oompahs (Gg x Gg)

GG= gray Gg=gray gg=orange
Looking at #1, What percent will have an orange face?

GG= gray Gg=gray gg=orange
Draw the punnett square between a gray (GG) and orange (gg) faced oompah.

For each genotype below, identify which are heterozygous.

For each genotype below, identify which are homozygous.

A tall head (T) is dominant to short (t). Click on the possible genotypes for a tall head.

A tall head (T) is dominant to short (t). Click on the possible genotypes for short.

Use the chart below to identify the phenotype of a snail with the genotype WwPpbb

R= red r= yellow
F= round f= pear shaped
What is the phenotype of a fruit that is RrFf?

In a cross of two heterozygous individuals, what percent of their children will be pink?

In a cross of a homozygous dominant individual and a yellow body individual, what percent of their children will be yellow?

In a cross of a homozygous dominant individual and a heterozygous individual, what is the genotypic ratio for the Punnett Square?

In a cross of a homozygous dominant individual and a heterozygous individual, what is the phenotypic ratio for the Punnett Square?

GG= gray Gg=gray gg=orange
Draw the punnett square for two heterozygous oompahs (Gg x Gg)

GG= gray Gg=gray gg=orange
Looking at #1, What percent will have an orange face?

GG= gray Gg=gray gg=orange
Draw the punnett square between a gray (GG) and orange (gg) faced oompah.

GG= gray Gg=gray gg=orange
Looking at #3, What percent have gray faces?

For each genotype below, identify which are heterozygous.

For each genotype below, identify which are homozygous.

A tall head (T) is dominant to short (t). Click on the possible genotypes for a tall head.

A tall head (T) is dominant to short (t). Click on the possible genotypes for short.

Use the chart below to identify the phenotype of a snail with the genotype WwPpbb

Use the chart to determine the genotype of a snail that is recessive for shell color, heterozygous for skin color, and homozygous dominant for eyes.

R= red r= yellow
F= round f= pear shaped
What is the phenotype of a fruit that is RrFf?

R= red r= yellow
F= round f= pear shaped
How many of the offspring will be yellow and round?

R= red r= yellow
F= round f= pear shaped
How many of the offspring will be yellow and pear shaped?

What are the genotype for the parent?

In a cross of a homozygous dominant individual and a yellow body individual, what percent of their children will be yellow?

In a cross of a homozygous dominant individual and a heterozygous individual, what is the genotypic ratio for the Punnett Square?

In a cross of a homozygous dominant individual and a heterozygous individual, what is the phenotypic ratio for the Punnett Square?

GG= gray Gg=gray gg=orange
Looking at #3, What percent have gray faces?

Use the chart to determine the genotype of a snail that is recessive for shell color, heterozygous for skin color, and homozygous dominant for eyes.

R= red r= yellow
F= round f= pear shaped
How many of the offspring will be yellow and round?

R= red r= yellow
F= round f= pear shaped
How many of the offspring will be yellow and pear shaped?

What are the genotype for the parent?

Monohybrids, Dihybrids, Mendelian Genetics_HB

Monohybrids, Dihybrids, Mendelian Genetics_HB

In a cross of two heterozygous individuals, what percent of their children will be pink?

GG= gray Gg=gray gg=orangeDraw the punnett square for two heterozygous oompahs (Gg x Gg)

GG= gray Gg=gray gg=orangeLooking at #1, What percent will have an orange face?

GG= gray Gg=gray gg=orangeDraw the punnett square between a gray (GG) and orange (gg) faced oompah.

For each genotype below, identify which are heterozygous.

For each genotype below, identify which are homozygous.

A tall head (T) is dominant to short (t). Click on the possible genotypes for a tall head.

A tall head (T) is dominant to short (t). Click on the possible genotypes for short.

Use the chart below to identify the phenotype of a snail with the genotype WwPpbb

R= red r= yellowF= round f= pear shapedWhat is the phenotype of a fruit that is RrFf?

In a cross of two heterozygous individuals, what percent of their children will be pink?

In a cross of a homozygous dominant individual and a yellow body individual, what percent of their children will be yellow?

In a cross of a homozygous dominant individual and a heterozygous individual, what is the genotypic ratio for the Punnett Square?

In a cross of a homozygous dominant individual and a heterozygous individual, what is the phenotypic ratio for the Punnett Square?

GG= gray Gg=gray gg=orangeDraw the punnett square for two heterozygous oompahs (Gg x Gg)

GG= gray Gg=gray gg=orangeLooking at #1, What percent will have an orange face?

GG= gray Gg=gray gg=orangeDraw the punnett square between a gray (GG) and orange (gg) faced oompah.

GG= gray Gg=gray gg=orangeLooking at #3, What percent have gray faces?

For each genotype below, identify which are heterozygous.

For each genotype below, identify which are homozygous.

A tall head (T) is dominant to short (t). Click on the possible genotypes for a tall head.

A tall head (T) is dominant to short (t). Click on the possible genotypes for short.

Use the chart below to identify the phenotype of a snail with the genotype WwPpbb

Use the chart to determine the genotype of a snail that is recessive for shell color, heterozygous for skin color, and homozygous dominant for eyes.

R= red r= yellowF= round f= pear shapedWhat is the phenotype of a fruit that is RrFf?

R= red r= yellowF= round f= pear shapedHow many of the offspring will be yellow and round?

R= red r= yellowF= round f= pear shapedHow many of the offspring will be yellow and pear shaped?

What are the genotype for the parent?

In a cross of a homozygous dominant individual and a yellow body individual, what percent of their children will be yellow?

In a cross of a homozygous dominant individual and a heterozygous individual, what is the genotypic ratio for the Punnett Square?

In a cross of a homozygous dominant individual and a heterozygous individual, what is the phenotypic ratio for the Punnett Square?

GG= gray Gg=gray gg=orangeLooking at #3, What percent have gray faces?

Use the chart to determine the genotype of a snail that is recessive for shell color, heterozygous for skin color, and homozygous dominant for eyes.

R= red r= yellowF= round f= pear shapedHow many of the offspring will be yellow and round?

R= red r= yellowF= round f= pear shapedHow many of the offspring will be yellow and pear shaped?

What are the genotype for the parent?

GG= gray Gg=gray gg=orange
Draw the punnett square for two heterozygous oompahs (Gg x Gg)

GG= gray Gg=gray gg=orange
Looking at #1, What percent will have an orange face?

GG= gray Gg=gray gg=orange
Draw the punnett square between a gray (GG) and orange (gg) faced oompah.

R= red r= yellow
F= round f= pear shaped
What is the phenotype of a fruit that is RrFf?

GG= gray Gg=gray gg=orange
Draw the punnett square for two heterozygous oompahs (Gg x Gg)

GG= gray Gg=gray gg=orange
Looking at #1, What percent will have an orange face?

GG= gray Gg=gray gg=orange
Draw the punnett square between a gray (GG) and orange (gg) faced oompah.

GG= gray Gg=gray gg=orange
Looking at #3, What percent have gray faces?

R= red r= yellow
F= round f= pear shaped
What is the phenotype of a fruit that is RrFf?

R= red r= yellow
F= round f= pear shaped
How many of the offspring will be yellow and round?

R= red r= yellow
F= round f= pear shaped
How many of the offspring will be yellow and pear shaped?

GG= gray Gg=gray gg=orange
Looking at #3, What percent have gray faces?

R= red r= yellow
F= round f= pear shaped
How many of the offspring will be yellow and round?

R= red r= yellow
F= round f= pear shaped
How many of the offspring will be yellow and pear shaped?