In the above given pedigree, assume that no outsider marrying in, carry a disease. Write the genotypes of II and III.

Q. Study the given pedigree chart and answer the question that follow.
Give the genotypes of the parents shown in generation I and their third child shown in generation II and the first grandchild shown in generation III.

Q. A pedigree chart of a family with an autosomal recessive disease Z is given. Assume that inheritance is Mendelian, and that all individuals with homozygous recessive genotype have the disease. Circles in the pedigree represent females and squares represent males. Filled shapes indicate affected individuals, while unfilled shapes indicate unaffected individuals. If J does not have the recessive allele, the probability that I is a 'carrier of disease Z' is?

Q. Study the above pedigree of an autosomal recessive disorder and identify genotypes of $IA,IIA$ & $IIB$ from the given options

Q. Haemophilia is a sex-linked recessive disease. Study the pedigree analysis given showing the inheritance of the disease in a family and answer the question that follows.
Write the possible genotype of the individual '2' and '5'.

Q. Study the given pedigree chart and answer the questions that follow:
(a) Is the trait recessive or dominant?
(b) Is the trait sex-linked or autosomal?
(c) Give the genotypes of the parents shown in generation $I$ and their third child shown in generation $II$ and the first grandchild shown in generation $III$.