If red eyed (dominant) flu is mated with white eyed ( recessive) fly, the ratio of red to white eyed in `F_(2)` generation would be

If red eyed (dominant) fly is mated with white eyed (recessive) fly, the ratio of red to white eyed in F_(2) generation would be

If red eyed (dominant) fly is mated with white eyed (recessive) fly, the ratio of red to white eyed in F_(2) generation would be

When heterzygos red (dominant) flower is crossed with white flower the progany would be

When heterozygous red (dominant) flower is crossed with white flower the progeny would be:

A homozygous red eyed female was mated with white eyed male, a daughter from F_(1) generation ws also mated with white-eyed male. Red eye is dominant over white eye and is a sex linked trait. In the progeny from this second mating.

A homozygous red eyed female was mated with white eyed male, a daughter from F_(1) generation ws also mated with white-eyed male. Red eye is dominant over white eye and is a sex linked trait. In the progeny from this second mating.

A homozygous red eyed female was mated with white eyed male, a daughter from F_(1) generation was also mated with white-eyed male. Red eye is dominant over white eye and is a sex linked trait. In the progeny from this second mating.

A homozygous red eyed female was mated with white eyed male, a daughter from F_(1) generation ws also mated with white-eyed male. Red eye is dominant over white eye and is a sex linked trait. In the progeny from this second mating.

When red eyed female Drosophila is crossed with white eyed male, the F2 offspring would be.