A. Jenkins (1935)

B. Hull (1950)

C. Richey (1914)

A. Fruit

B. Flower

C. Bud

B. Hybridization

C. Segregation

D. Crossing over

A. Synthetics

B. Composites

D. Multi lines

A. Auxotroph

C. Heterotroph

D. Axenema

A. Gang as

C. Proline

D. African tall

B. Six

C. Eight

D. Two

A. Mango

B. Apple

C. Orange

A. Genetics of eukaryotes

B. Experimental alterations in the structure of the genes

D. Science concerned with improvement of heredity of animals

B. Cruciferae

C. Legumunaceae

D. Solanaceae

B. Mutant

C. Polyploidy

D. Variant

A. Sugarcane

C. Sorghum

D. Maize

A. Auxotroph

C. Axoneme

D. Atavism

A. Mutator gene

C. Recepror gene

D. Articulator gene

A. Occurrence of karyokinesis

B. Occurrence of crossing over

C. The crossing over between non homologous chromosomes

B. Affects only one character

C. Affects more than ten characters

D. Affects more than five characters

B. Sub-vital mutation

C. Vital mutation

D. Lethal mutation

A. Mathiss essay on population

C. Mendess experiment on pea

D. Lamarks idea on inheritance of acquired characters

A. 40 chromosomes

B. 10 chromosomes

A. Over dominance

B. Complete dominance

C. Incomplete

B. Discontinuous genetic variation

C. Cntinuous genetic variation

D. History of development of larger biological units

A. Chromosome replication

C. Nucleolus formation

D. Spindle formation

B. Protein synthesis

C. RNA synthesis

D. Photosynthesis

B. 50-60%

C. 35-40%

D. 45-55%

A. S*x limited trait

B. S*x influenced trait

C. None of above

A. Peroxisome

C. Spherosome

D. Lysosome

B. Endosperm

C. Inflorescence

D. Leaf

A. Threonine

B. Lysine

D. Methionine

A. Hybrid

B. Dominant

D. Heterozygous

B. High silicant content

C. low sinigen in leaves

D. High DIMBOA in leaves

A. Pistillate

B. Staminate

D. Usually sterile

A. Law of inheritance

B. Law of segregation

C. Law of limiting factors

A. Morgan

C. Sarwin and Wallace

D. Watson and Crick

B. Hypostasis

C. Hetropyenosis

D. Epistastasis

A. Crick (1966)

C. Briuen and Davidson (1959)

D. Watson and Crick (1953)

A. RNA

C. DNA/RNA

D. DNA

A. Tetraploid number of chromosomes

B. Diploid number of chromosomes

C. None of the above

B. TTxTt

C. TtxTt

D. TTxTT

A. Plant height

B. Pod color

C. Pod shape

A. 2n+1

B. 2n+2

D. 2n-1

A. Maize

B. Wheat

C. Paddy

A. Zygote will have 16 chromosomes

B. Gametes will have 8 chromosomes

D. Zygote will have 4 chromosomes

A. Discovery of gene

B. heredity theory

C. Principles of linkage

A. Anenploidy

C. Trisomy

D. all the above

B. Endosperm cell

C. Cotyledonary cell

D. Leaf cells

A. Gene mutation

B. Segregation

D. Crossing over

B. Trihybrid

C. Hybridization

D. Backcross

B. 3:01

C. 2:01

D. 1:02

B. Presence of lethal genes

C. Sex-linkage

D. Presence of multiple alleles

A. Carbohydrates

B. Ribosome

C. Protein