Work out a typical Mendelian dihybrid cross and state and the law that he derived from it.

Dihybrid cross proves the law of :-

F1_() progeny of Mendelian dihybrid cross produce

In a typical dihybrid cross the F_(2) phenotypic ratio is

In a Mendelian dihybrid cross if the individuals with all the four kinds of alleles are 30 in F_(2) generation, filnd out thetotal number of F_(2) individuals

Give the Dihybrid ratio. Name and state the law which explains the same.

In a Mendelian dihybrid cross kinds of recombinant phenotypes formed in F_(2) generation

What will be the probability of genotype TTrr in F_2 generation of a typical Mendelian dihybrid cross ? (a) 1//16 (b) 3//16 (c) 9//16 (d) 6//16

In a typical Mendelian cross, which is a dihybrid cross, one parent is homozygous for both dominant traits and another parent is homozygous for both recessive traits. In the F_(2) -generation, both parental combination and recombinantions appear. The phenotypic ratio of parental combinations to recombinations is

ln F_(2) generation of a Mendelian dihybrid cross ("TTRR" xx ttrr)

In F_(2) generation of a Mendelian dihybrid cross (w.r.t plant height and flower colour in garden pea), _______ % of the zygote contain heterozygous condition for tallness.