In f2 generation of a mendelian dihybrid cross, the number of phenotypes and genotypes is
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Since the options have not been given, I am giving a general answer.
The correct answer should be - 4 - phenotypes and 9 genotypes.
Depending on the hypothesis of the monohybrid cross, Mendel also postulated that the result of any two characters that segregate simultaneously in a dihybrid cross will give a product which depicts their independent occurrence. The expected phenotypic ratio for either of the character will be 3:1. So, in a dihybrid cross, the possible phenotypes will be 4 and possible genotypes will be 9.
The correct answer should be - 4 - phenotypes and 9 genotypes.
Depending on the hypothesis of the monohybrid cross, Mendel also postulated that the result of any two characters that segregate simultaneously in a dihybrid cross will give a product which depicts their independent occurrence. The expected phenotypic ratio for either of the character will be 3:1. So, in a dihybrid cross, the possible phenotypes will be 4 and possible genotypes will be 9.
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