5.3 Exit Ticket

1

In fruit flies red eyes (R) are dominant to white eyes (r). Perform a cross between a white eyed female and a homozygous red eyed male.

1

You take two of the previous offspring of the above cross and cross them. Create the punnett square for the cross below.

1

Two heterozygous red eyed flies are crossed and they have 625 children. How many would you expect to be Red eyed and white eyed? Explain.

1

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has red eyes OR a small wingspan?

1

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has red eyes AND a small wingspan?

1

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has white eyes AND a large wingspan?

5.3 Exit Ticket

In fruit flies red eyes (R) are dominant to white eyes (r). Perform a cross between a white eyed female and a homozygous red eyed male.

You take two of the previous offspring of the above cross and cross them. Create the punnett square for the cross below.

Two heterozygous red eyed flies are crossed and they have 625 children. How many would you expect to be Red eyed and white eyed? Explain.

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has red eyes OR a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has red eyes AND a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has white eyes AND a large wingspan?

In fruit flies red eyes (R) are dominant to white eyes (r). Perform a cross between a white eyed female and a homozygous red eyed male.

For the above cross, the genotypes of the offspring would be?

For the above cross, the Phenotype of the offspring would be?

You take two of the previous offspring of the above cross and cross them. Create the punnett square for the cross below.

For the above cross, the genotypes of the offspring would be?

For the above cross, the Phenotype of the offspring would be?

Two heterozygous red eyed flies are crossed and they have 625 children. How many would you expect to be Red eyed and white eyed? Explain.

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has red eyes OR a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has red eyes AND a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has white eyes AND a large wingspan?

5.3 Exit Ticket

5.3 Exit Ticket

In fruit flies red eyes (R) are dominant to white eyes (r). Perform a cross between a white eyed female and a homozygous red eyed male.

You take two of the previous offspring of the above cross and cross them. Create the punnett square for the cross below.

Two heterozygous red eyed flies are crossed and they have 625 children. How many would you expect to be Red eyed and white eyed? Explain.

Two fruitfly genes are unlinked. The probability of the two genes are below:Eye colorRR-25% (Red)Rr-50% (Red)rr-25% (White)Wing spanBB-0% (Big)Bb-100% (Big)bb-0% (Small)What is the probability that that fruit fly has red eyes OR a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:Eye colorRR-25% (Red)Rr-50% (Red)rr-25% (White)Wing spanBB-0% (Big)Bb-100% (Big)bb-0% (Small)What is the probability that that fruit fly has red eyes AND a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:Eye colorRR-25% (Red)Rr-50% (Red)rr-25% (White)Wing spanBB-0% (Big)Bb-100% (Big)bb-0% (Small)What is the probability that that fruit fly has white eyes AND a large wingspan?

In fruit flies red eyes (R) are dominant to white eyes (r). Perform a cross between a white eyed female and a homozygous red eyed male.

For the above cross, the genotypes of the offspring would be?

For the above cross, the Phenotype of the offspring would be?

You take two of the previous offspring of the above cross and cross them. Create the punnett square for the cross below.

For the above cross, the genotypes of the offspring would be?

For the above cross, the Phenotype of the offspring would be?

Two heterozygous red eyed flies are crossed and they have 625 children. How many would you expect to be Red eyed and white eyed? Explain.

Two fruitfly genes are unlinked. The probability of the two genes are below:Eye colorRR-25% (Red)Rr-50% (Red)rr-25% (White)Wing spanBB-0% (Big)Bb-100% (Big)bb-0% (Small)What is the probability that that fruit fly has red eyes OR a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:Eye colorRR-25% (Red)Rr-50% (Red)rr-25% (White)Wing spanBB-0% (Big)Bb-100% (Big)bb-0% (Small)What is the probability that that fruit fly has red eyes AND a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:Eye colorRR-25% (Red)Rr-50% (Red)rr-25% (White)Wing spanBB-0% (Big)Bb-100% (Big)bb-0% (Small)What is the probability that that fruit fly has white eyes AND a large wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has red eyes OR a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has red eyes AND a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has white eyes AND a large wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has red eyes OR a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has red eyes AND a small wingspan?

Two fruitfly genes are unlinked. The probability of the two genes are below:

Eye color
RR-25% (Red)
Rr-50% (Red)
rr-25% (White)

Wing span
BB-0% (Big)
Bb-100% (Big)
bb-0% (Small)

What is the probability that that fruit fly has white eyes AND a large wingspan?