If a cross is made between AA and aa, the nature of `"F"_(1)` progeny will be:

A cross between AA and aa will produce an F_(1) progeny

A cross between AA and aa will produce an F_(1) progeny (a) Genotypically aa, phenotypically A (b) Genotypically AA, phenotypically a (c) Genotypically Aa, phenotypically A (d) Genotypically Aa, phenotypically a

A cross between AA and aa will produce an F_(1) progeny (a) Genotypically aa, phenotypically A (b) Genotypically AA, phenotypically a (c) Genotypically Aa, phenotypically A (d) Genotypically Aa, phenotypically a

If y= f (x) is differentiable AA x in R, then

Assertion : Test cross is the cross between the F_(1) progeny and either of the parenty types Reason : Back cross is rhe cross between F_(1) progeny and the double recessive genotype

Assertion : Test cross is the cross between the F_(1) progeny and either of the parenty types Reason : Back cross is rhe cross between F_(1) progeny and the double recessive genotype

Assertion : Test cross is the cross between the F_(1) progeny and either of the parenty types Reason : Back cross is rhe cross between F_(1) progeny and the double recessive genotype

The offspring of AA bb xx aa BB is crossed with , aabb. The genotypic ratio of progeny will be

The offspring of AA bb xx aa BB is crossed with , aabb. The genotypic ratio of progeny will be

The offspring of AA bb xx aa BB is crossed with , aabb. The genotypic ratio of progeny will be