grain clour in wheat isdetermined by three pairs if polygenes. Following the cross AABBCC (dark colour) `xx` aabbcc (light colour), in `F_(2)` generation what proportion of the progeny likely to resemble either parent

Grain colour in wheat is determined by three pairs of polygene . Following the corss AABBCC ( dark colour ) x aabbcc ( light colour ) , in F_2 -generation , what proportion of the progeny is likely to resemble either parent ?

Grain colour in wheat is determined by 3 pairs of polygenes. A cross between AABBCC x aabbcc will produce progeny in F_(2) in what proportion that is likely to resemble either parent.

Grain colourr in wheat is determined by 3 pairs of polygenes. A cross between AABBCC x aabbcc will produce progeny in F_(2) in what proportion that is likely to resemble either parent.

Grain colourr in wheat is determined by 3 pairs of polygenes. A cross between AABBCC x aabbcc will produce progeny in F_(2) in what proportion that is likely to resemble either parent.

Grain colourr in wheat is determined by 3 pairs of polygenes. A cross between AABBCC x aabbcc will produce progeny in F_(2) in what proportion that is likely to resemble either parent.

Grain colour of wheat is determined by three pairs of polygenes. What proportion of F_(2) progeny will resemble either parents following a cross of AABBCC (dark colour) with aabbcc (light colour).

In the cross YYRR xx yyrr, the number of green coloured seeds in F_(2) generation is

In the cross YYRR xx yyrr, the number of green coloured seeds in F_(2) generation is

In the cross YYRR xx yyrr, the number of green coloured seeds in F_(2) generation is

How many different types of gametes can be formed by "F"_(1) progeny resulting from the following cross? AABBCC xx aabbcc