A. Protozoa

B. Prokaryotes

D. Prototypal

A. They were kept at the bottom layer of box

B. Less heyhad been put in the box

C. They were mixed with ripe apples

A. Caryopsis

B. Samara

C. Phyxis

A. Bateson square

B. Punneu square

C. Morgan square

A. Respiration

B. Growl

C. Movement

A. Dominance

B. Epistasis

C. Overdominance

A. Mitochondria

C. Golgi bodies

D. Ribosomes

B. Self pollinated plants

C. For crosses at intervener level

D. Plant difficult to hybridized

A. 40

C. 15

D. 20

A. None of the above

B. Mitosis only

D. Meiosis

A. Albinism

C. A gouri

D. None of the above

B. Anaphase II

C. metaphase I

D. Metaphase II

A. Fermented juices of fruits

B. Raw grains

C. Legume fruits

A. Occurs only in somatic

C. Produces identical cells

D. Doubling of DNA content in the cell

A. Two non homologous chromosomes

B. Same chromosomes

D. Any two chromosomes with one each

B. Cross breeding

C. Inbreeding

D. Self fertilization

A. Developed egg after fertilization

B. Seveloped ovary after fertilization

C. None of the above

B. Dominant

C. Mutant

D. Recessive

A. Selective mating and small population

B. No migration and large population

D. Low mutation population

A. Photocopy

C. Prototype

D. Apheliotropic

A. Excretion

B. Respiration

C. Secretion

B. Chromosomal inheritance

C. Cytoplasm inheritance

D. Incomplete dominance

A. 1-Jan

B. 4-Jan

C. 0/1

A. LSD

B. AD

C. SPD

B. Non3e4 of the above

C. There are two alleles of each gene in each cell

D. There are many alleles of each gene in each call

A. Watson

B. Morgan

D. Crick

A. Marvel

B. Para

D. Anjan

A. Nuclcolus

B. Ribosomes

D. Chromosome

A. Mutation

C. Polyploidy

D. Genetics

A. Affects more than one character

B. Affects only one character

C. Affects more than ten characters

A. Disappears completely

C. Contracts

D. Disintegrates partially

B. Karpechenko (1927)

C. Hull (1945)

D. Correns (1900)

A. Hybridization

B. Genetics

C. Mutation

B. Oetaploid

C. Teuaplioid

D. Triploid

A. Partially fertile

B. Incompatible

D. Sterile

A. Another Lamarckian

B. Zeal Mays

D. Possum sativa

A. Operator gene

C. Structural gene

D. Promotor gene

A. Leucoplasts

B. Mitochondria

C. Ribosomes

A. Mitochondria

B. Chloroplast

D. Chromosomes

A. Allopolyploid

B. Hypoploid

D. Autopolyploid

B. Mosses

C. Gymnosperm

D. Confers

A. Plastids

C. Protoplasm

D. Membrane

A. Hardly any cross over are detected

B. Only double cross over can take place between them

D. The percentage of crossing over between them is very

B. 25%

C. 75%

D. 100%

B. None of the above

C. Plants are similar in structure

D. There are more plants than animals

A. Maligned

B. Schumann

C. Hook

A. Maize

C. Wheat

D. Sorghum

A. Muton

B. Cistron

D. Complan

B. Guanine

C. Thymine

D. Cystine

B. Jones (1917)

C. Fray (1966)

D. Muller (1927)