A,B,D are three independently assorting genes with their recessive alleles a,b,d respectively .A cross was made between individuals of AabbDD genotype with aabbdd.Find out the type of genotype of offspring produced.

Q. A, B, D are three independently assorting genes with their recessive alleles a, b, d, respectively. A cross was made between individuals of Aa bb DD genotype with aa bb dd. Find out the type of genotypes of the offspring produced.

Q. Genes a,b and c assort independently and are recessive to their respective alleles A, B and C.Two triple heterozygous AaBbCc individual are crossed. What is the probability that a given offspring will be genolypically homozygous for all three dominant alleles :-

Q. Suppose the three non-linked autosomal genes A, B and C control coat color in an animal and the dominants alleles A, B and C are responsible for dark colour and the recessive alleles a, b and c are responsible for light color. If a cross between a male of AABBCC genotype and a female of aabbcc genotype produce $640$ offsprings in the F$2$ generation, how many of them are likely to be of the parental genotype?

Q. In a plant, three dominant independently assorting genes A, B and C are essential for production of purple pigment. If any of the genes or all three genes are present in recessive condition then flower is colourless.
Raw material $\stackrel{A}{\to }X\stackrel{B}{\to }Y\stackrel{C}{\to }Z$ pigment
A purple plant with genotype AABBCC cossed with a clourless plant with genotype aabbcc gives purple $F_1$ hybrid. On selfing of $F_1$, what will be the proportion of coloured offspring in $F_2$?

Q. A gene has two alleles $P$(dominant) and p(recessive). The homozygous recessive combination leads to death in, the embryo stage. If two individuals with genotype Pp are mated, out of the offspring that survive to adulthood, what is the probability of the genotype to be Pp?