In maize, coloured endosprem (C) is dominant over colourless (c) , and full endosperm (R) is dominant over shrunken (r). When a dihybrid of `F_(1)` generation was test crossed, it produced four phenotypes in the following percentage :
Coloured full - 48 % Coloured shrunken - 5 %
Coloured full - 7 % Colourless shrunken - 40 %
From this data, what will be the distance between two non-allelic genes ?

In maize, coloured endosprem (C) is dominant over colourless (c) , and full endosperm (R) is dominant over shrunken (r). When a dihybrid of F_(1) generation was test crossed, it produced four phenotypes in the following percentage : Coloured full - 48 % Coloured shrunken - 5 % Colourless full - 7 % Colourless shrunken - 40 % From this data, what will be the distance between two non-allelic genes ?

In maize, coloured endosprem (C) is dominant over colourless (c) , and full endosperm (R) is dominant over shrunken (r). When a dihybrid of F_(1) generation was test crossed, it produced four phenotypes in the following percentage : Coloured full - 48 % Coloured shrunken - 5 % Colourless full - 7 % Colourless shrunken - 40 % From this data, what will be the distance between two non-allelic genes ?

In maize, coloured endosperm (C) is dominated over colourless (C) and full endosperm (R) is dominan over shrunken (r) . When a dihybrid of F_(1) generationwas test crossed it produced four phenoypes in the following percentage Coloured and Full - 45% Coloured - Shrunken - 5% Coloured - Full - 4% Coloured -Shrunken - 16% From these date what would be distance between the two non allelic genes

In maize coloured endosperm (C ) is dominant over colourless (c ) and full endosperm (R ) is dominant over shrunken (r ). When a dihybrid of F_(1) generation was test crossed it produced four phenotypes in the following percentage {:("Coloured and Full",=50%),("Colourless - Full",=5%),("Colourless - Full",=4%),("Colourless - shrunken",=46%):} From these data what would be distance between the two non allelic genes :-

Tallness (T-) is dominant over dwarfness (tt) while red flower colour (R-) is dominant over white colour (rr). A plant with genotype TtRr is crossed with plant of genotype ttrr. Percentage of progeny having tall plants with red flower is

Tallness (T-) is dominant over dwarfness (tt) while red flower colour (R-) is dominant over white colour (rr). A plant with genotype TtRr is crossed with plant of genotype ttrr. Percentage of progeny having tall plants with red flower is

Tallness (T-) is dominant over dwarfness (tt) while red flower colour (R-) is dominant over white colour (rr). A plant with genotype TtRr is crossed with plant of genotype ttrr. Percentage of progeny having tall plants with red flower is

In a certain plant, red fruit ( R ) is dominant over yellow fruit ( r ) and tallness (T) is dominant over dwarfness (t). If a plant with RRTt genotype is crossed with a plant that is rrtt, what will be the percentage of tall plants with red fruits in the progeny?