203e_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 246 | 234 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCdfd7_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 52 | 57 |
| white-eyed (mutant) | 63 | 68 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC0b10_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 301 | 0 |
| white-eyed (mutant) | 0 | 299 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCd035_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 96 | 104 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCb681_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 309 | 152 |
| white-eyed (mutant) | 0 | 139 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC65f6_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 299 | 301 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC4d66_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 194 | 206 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC9409_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 104 | 79 |
| white-eyed (mutant) | 94 | 83 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC9eb1_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 308 | 0 |
| white-eyed (mutant) | 0 | 292 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC7744_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 197 | 203 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCef13_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 65 | 54 |
| white-eyed (mutant) | 0 | 41 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCf5eb_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 169 | 151 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCd865_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 128 | 112 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC3afc_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 98 | 87 |
| white-eyed (mutant) | 97 | 118 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC9a2d_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 253 | 0 |
| white-eyed (mutant) | 0 | 227 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC67f5_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 104 | 96 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC1b93_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 198 | 94 |
| white-eyed (mutant) | 0 | 108 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCe060_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 187 | 173 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC37a2_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 172 | 188 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC79f9_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 148 | 149 |
| white-eyed (mutant) | 159 | 144 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC3907_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 238 | 0 |
| white-eyed (mutant) | 0 | 242 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC29ef_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 219 | 261 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC89a2_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 85 | 37 |
| white-eyed (mutant) | 0 | 38 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC573b_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 209 | 191 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCa9f7_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 196 | 164 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCa8ef_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 102 | 91 |
| white-eyed (mutant) | 99 | 108 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC4e6b_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 242 | 0 |
| white-eyed (mutant) | 0 | 238 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC4c3d_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 81 | 79 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCd0cd_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 193 | 109 |
| white-eyed (mutant) | 0 | 98 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCed47_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 244 | 236 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCd5ef_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 176 | 144 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC6ffa_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 97 | 106 |
| white-eyed (mutant) | 99 | 98 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC8b55_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 304 | 0 |
| white-eyed (mutant) | 0 | 296 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC2254_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 103 | 97 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC2e23_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 175 | 87 |
| white-eyed (mutant) | 0 | 98 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCdb9b_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 302 | 298 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC2297_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 298 | 302 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC7fb1_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 164 | 143 |
| white-eyed (mutant) | 141 | 152 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCbc1e_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 114 | 0 |
| white-eyed (mutant) | 0 | 126 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC184d_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 207 | 193 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC417c_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 121 | 48 |
| white-eyed (mutant) | 0 | 71 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC150c_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 119 | 121 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCbca2_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 147 | 173 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC186d_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 51 | 47 |
| white-eyed (mutant) | 49 | 53 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCbb11_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 243 | 0 |
| white-eyed (mutant) | 0 | 237 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCfbbf_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 138 | 102 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC02fa_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 159 | 82 |
| white-eyed (mutant) | 0 | 79 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCb9f8_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 122 | 118 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC3360_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 122 | 118 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCeef7_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 33 | 41 |
| white-eyed (mutant) | 49 | 37 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC2ce3_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 234 | 0 |
| white-eyed (mutant) | 0 | 246 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCcb38_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 236 | 244 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCe8f8_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 182 | 86 |
| white-eyed (mutant) | 0 | 92 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCa980_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 129 | 111 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCa613_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 208 | 192 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC88e0_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 122 | 117 |
| white-eyed (mutant) | 133 | 108 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC5f6b_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 189 | 0 |
| white-eyed (mutant) | 0 | 171 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCc992_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 292 | 308 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCf946_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 167 | 102 |
| white-eyed (mutant) | 0 | 91 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC14be_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 93 | 67 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC9514_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 163 | 157 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC4d1e_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 31 | 51 |
| white-eyed (mutant) | 47 | 31 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC4b12_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 241 | 0 |
| white-eyed (mutant) | 0 | 239 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCae4d_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 162 | 158 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC4d14_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 78 | 49 |
| white-eyed (mutant) | 0 | 33 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC53b3_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 186 | 174 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC7b31_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 137 | 183 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC4210_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 117 | 119 |
| white-eyed (mutant) | 127 | 117 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC3f4f_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 158 | 0 |
| white-eyed (mutant) | 0 | 162 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC3877_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 114 | 126 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC9127_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 299 | 149 |
| white-eyed (mutant) | 0 | 152 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC3d4d_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 176 | 184 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCcab9_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 179 | 181 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCcd51_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 39 | 48 |
| white-eyed (mutant) | 37 | 36 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCe3ad_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 92 | 0 |
| white-eyed (mutant) | 0 | 108 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCdb02_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 82 | 78 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC6786_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 154 | 92 |
| white-eyed (mutant) | 0 | 74 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC6e2d_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 173 | 187 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC61a7_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 79 | 81 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC3e26_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 99 | 87 |
| white-eyed (mutant) | 83 | 91 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCadb3_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 89 | 0 |
| white-eyed (mutant) | 0 | 71 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC7556_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 99 | 101 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCc7b7_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 93 | 58 |
| white-eyed (mutant) | 0 | 49 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC9045_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 106 | 94 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC1946_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 193 | 207 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC9e88_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 74 | 86 |
| white-eyed (mutant) | 67 | 93 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC808d_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 103 | 0 |
| white-eyed (mutant) | 0 | 97 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC0300_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 191 | 209 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC3fca_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 199 | 112 |
| white-eyed (mutant) | 0 | 89 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC2abc_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 77 | 83 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCe88d_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 291 | 309 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCdd83_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 114 | 122 |
| white-eyed (mutant) | 136 | 108 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCc633_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 167 | 0 |
| white-eyed (mutant) | 0 | 153 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCf479_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 319 | 281 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCbb81_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 294 | 154 |
| white-eyed (mutant) | 0 | 152 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCc44b_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 111 | 129 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC6488_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 68 | 92 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC8ca3_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 104 | 103 |
| white-eyed (mutant) | 109 | 84 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC3ed7_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 292 | 0 |
| white-eyed (mutant) | 0 | 308 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC6fda_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 176 | 184 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCfde5_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 95 | 56 |
| white-eyed (mutant) | 0 | 49 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCb81e_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 600 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 287 | 313 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC925b_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 156 | 164 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC13fc_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 59 | 61 |
| white-eyed (mutant) | 68 | 52 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCc9aa_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 161 | 0 |
| white-eyed (mutant) | 0 | 159 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC549e_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 187 | 213 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC1d69_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 192 | 102 |
| white-eyed (mutant) | 0 | 106 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC05f7_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 98 | 62 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC9d03_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 111 | 89 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCa59c_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 52 | 53 |
| white-eyed (mutant) | 42 | 53 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC5f1f_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 121 | 0 |
| white-eyed (mutant) | 0 | 119 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCa5d3_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 92 | 68 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCc1a0_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 400 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 218 | 83 |
| white-eyed (mutant) | 0 | 99 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC6a40_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 78 | 82 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC1478_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 162 | 198 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC0991_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 84 | 93 |
| white-eyed (mutant) | 69 | 74 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC3c5b_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 111 | 0 |
| white-eyed (mutant) | 0 | 129 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCce7b_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 240 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 129 | 111 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MC3668_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 261 | 112 |
| white-eyed (mutant) | 0 | 107 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCaf2c_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 360 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 143 | 217 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC855d_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 480 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 249 | 231 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCb64d_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 47 | 46 |
| white-eyed (mutant) | 56 | 51 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Correct heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCae9c_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 82 | 0 |
| white-eyed (mutant) | 0 | 78 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Correct homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCc81a_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 84 | 76 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct MCb5be_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 200 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 100 | 52 |
| white-eyed (mutant) | 0 | 48 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Correct homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MC9df4_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 160 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 0 | 0 |
| white-eyed (mutant) | 74 | 86 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Correct homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Incorrect MCb181_6b5e
The white-eyed (mutant) phenotype is an X-linked recessive disorder in fruit flies. The red-eyed (wildtype) allele, +, is dominant to the white (mutant) allele, w. The offspring of size 320 from the mating of a single female (♀) and a single male (♂) are shown in the table below:
| phenotype | female (♀) | male (♂) |
|---|---|---|
| red-eyed (wildtype) | 146 | 174 |
| white-eyed (mutant) | 0 | 0 |
What are the genotypes of the parents in this cross?
heterozygous female (♀) +w and mutant male (♂) w- Incorrect heterozygous female (♀) +w and wildtype male (♂) +- Incorrect homozygous mutant female (♀) ww and mutant male (♂) w- Incorrect homozygous mutant female (♀) ww and wildtype male (♂) +- Incorrect homozygous wildtype female (♀) ++ and male (♂) of unknown genotype Correct