If a cross is made between two individuals, each having genotype Bb, two offsprings are obtained. Out of these first has dominant trait. What is the probability that the second offspring will exhibit recessive trait?

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?

Q. If a cross between two individuals produces offsprings with $50\%$ dominant character (A) and $50\%$ recessive character (a) the genotype of parents are

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. In an organism, tall phenotype is dominant over recessive dwarf phenotype and the alleles are designated as T and t, respectively. Upon crossing two different individuals, total 250 offsprings were obtained, out of which 124 displayed tall phenotype and rest were dwarf. Thus, the genotype of the parents were

Q.

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.