A. Kappa particles

C. Gain of Y-chromosome

D. Loss of X-chromosome

A. Seed cot removal

B. Seed risking

C. All the above

B. Often cross pollinated crops

C. Cross pollinated crops

D. Vegetative propagated crops

A. Ratio of phenotypes is 3:1

B. None of the above

D. Ratio of genotypes is 3:1

A. Ab, ab

B. AB, ab

D. Data insufficient

A. Genome

B. Allele

C. Phenotype

A. 9:3:3:1

C. 9:07

D. 9:9:9:3:3:3:1

A. 4 carbon sugars

B. 6 carbon sugars

D. 3 carbon sugars

A. Heterospory

B. Dichotamy

C. Heterostyle

A. Microtubules

B. Episodes

C. Mitochondria

A. Protein synthesis in ribosomes

B. Some triplet code for amino acids

D. Types of protein occurring in the body

A. Aneupoidy

B. Amphidiploids

C. Allopolyploid

A. Protoplast

B. Chloroplast

D. Leucoplast

B. They have round seeds with lot of proteins

C. They showed one type of flowers

D. they belong to the family leguminous

B. Conversion pf organism to change of environment

C. Struggle for existence

D. Fossils

A. 3:01

B. 1:1:1:1

D. 27:9:9:3:3:3:1

A. 40-70 micron

B. 1-4 micron

D. 2-4 micron

A. Wheat & rice

B. Wheat & Anglos

D. Rice & maize

B. Maize

C. Rice

D. Tomato

A. Gastrula

B. New organ

C. Zygote

A. Inbreeding

B. Calistoga

C. Chimera

A. Gene linkage, character se gregation and independent assortment

B. Segregation, independent assortment and gene linkage

D. Gene linkage, dominance and segregation

B. 24

C. 12

D. 22

A. Karyotype

C. Phenotype

D. Gene map

A. Heterotrophic

B. Phototrophic

C. Audacious

B. Seasonal fruit

C. Medicinal plant

D. Beautification

A. Cortex cells

B. Pith cells

D. Internodes regions

B. Vander plank (1963)

C. Nelson (1973)

D. Robinson (1971)

A. Colchicines treatment

C. Hormone spray

D. Heat treatment

A. 90

B. 95

C. 20

A. 9

C. 256

D. 158

A. 50 meters

B. 100 meters

D. 3 meters

A. Icygen

B. Carbon

D. Nitrogen

B. Palade

C. Cowdry

D. Garner

A. Registered seed

B. Cenified seed

C. Foundation

A. Punned

B. Darlington

C. Johnnsen

A. Independent assortment

B. Dominance

C. Incomplete dominance

A. One gene pair independently controls a phenotype

B. Many gene together control a parucular phenotype

C. One gene pair enhances phenotype expression of another gene pair

B. Dominant lethal genes in heterozygous individuals

C. None of the above

D. Dominant epistasis

A. Mitosis

B. Amitosis

C. all the above

A. Halving of chromosome nuriber between two daughter cells

B. Segregation of maternal and paternal characters

C. Crossing over of the genes

A. Dominance may be incomplete

B. Single gene may produce multiple effects

C. Genetic trails are influence by many genes

A. Algae

B. Bacterium

C. Fungus

A. Robert Hook

B. Schwaan

C. Sigmund

A. Gerstel (1900)

C. Brewbaker (1810)

D. Stout (1917)

B. RNA

C. DNQA and protein

D. DNA

A. Random drift

B. Selection

C. Mutation

A. All dominant genes will segregate together into daughter cells

B. All linkage group will be disrupted

D. All daughter cells will have different homologous chromosome pairs

A. Dominance

B. Co dominance

C. Episode

A. 2 n-1

C. 2 n+3

D. 2 n+2