Top 150+ Solved Heredity and Variation MCQ Questions Answer

From 31 to 45 of 128

Q. Genetic balance theory for sex determination in Drosophila was proposed by

a. Prof. R. P. Roy

b. H. E. Warmbe

c. C.B. Bridges

d. Mc. Chang

e. cessive

  • d. Mc. Chang

Q. F2 generation is produced as a result of

a. Crossing F1 individuals with dominant parent

b. Crossing F1 individuals with recessive parent

c. Crossing one of the parental individual with dominant individual.

d. Crossing F1 individuals amongst them selves.

e. cessive

  • d. Crossing F1 individuals amongst them selves.

Q. Segregation of genes take place during which phase of cell division ?

a. Metaphase

b. Anaphase

c. prophase

d. Embryo formation

e. cessive

  • b. Anaphase

Q. In human being sex chromosomal complement is

a. XX - XY

b. XX - XO

c. ZO - ZZ

d. ZW - ZZ

e. cessive

  • a. XX - XY

Q. Crossing over during meiosis occurs between

a. sister chromatids

b. Non sister chromatids

c. Centromeres

d. Non homologous chromosomes

e. cessive

  • b. Non sister chromatids

Q. What does the term recombination describe ?

a. Generation of non- parental gene combination

b. Generation of parental gene combination

c. Generation of internal gene combination

d. All of the above

e. cessive

  • a. Generation of non- parental gene combination

Q. A cross between hybrid and a parent is known as

a. Test cross

b. Back cross

c. Monohybrid cross

d. Reciprocal cross

e. cessive

  • b. Back cross

Q. Checkerboard method of calculations was developed by

a. Mendel

b. Bateson

c. punnett

d. Morgan

e. cessive

  • a. Mendel

Q. Punnet square is used to know

a. outcome of a cross

b. probable result of a cross

c. Types of gametes

d. Number of gametes

e. cessive

  • b. probable result of a cross

Q. ) First generation after a cross is

a. First filial generation

b. F1 gneratioon

c. Second filial generation

d. Both (A) and (B)

e. cessive

  • d. Both (A) and (B)

Q. ) In humans , height shows a lot of variation . It is an example of

a. Multiple alleles

b. Pleiotropic inheritance

c. polygenic inheritance

d. False allelic inheritance

e. cessive

  • c. polygenic inheritance
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