A. Den nark

B. Thailand

C. USA

A. Nessels

B. Plasmalema

C. Trachieds

A. Lena sativa

B. Scale cereals

D. Set aria sphacelata

A. Oat

B. Tomato

C. Gram

A. Starch synthesis

B. Anaerobic respiration

D. Fat synthesis

A. Heterckaryotic

B. Polyploidy

C. Haploid

A. Auxins

C. X-rays

D. DDT

A. Homozygous

B. Homogenous

C. Heterogeneous

A. Incomplete dominance

C. Mendelian dihybrids

D. Mendel lan monohybrids

A. Test cross

C. Biohybrid

D. Hybridization

B. None of the above

C. Population mean

D. Heterozygosity

A. Synapsis

B. Gene mutation

D. Monoploldy

A. Inversion

B. Realignment

C. Conversion

A. Dtanele

B. Koran

C. Tatum

A. Chromatids become chromosomes

C. Chromosomes become half in number

D. Nuclear division come to close

A. Grow better under adverse conditions

B. Require only about half the amount of chemical fertilizers compared to diploids

D. Are useful in studies on meiosis

B. Flower

C. Seed

D. Fruit

A. Altmann

B. Garner

D. Cowdry

A. Constant for particular organism

B. Varies with the age

C. None of the above

A. Tt and Tt only

C. TT and Tt only

D. TT and tt only

A. Staminate

B. Bisexual

D. Sterile

A. East (1908)

B. Simmonds (1979)

C. Davenport (1908)

A. Gene frequency

B. Gene flow

D. None of the above

A. 6

C. 24

D. 36

A. Allopolyploid

B. Euploid

D. Autopolyploid

A. Smoothness leaves

C. Okra leaves

D. Fregobract

B. Vitamin C

C. None of the above

D. Vitamin D

A. Rasmesson (1987)

B. Finlay (1968)

C. Jennings (1958)

A. Epidermis

B. Nuclear membrane

D. Plasma membrane

A. History of development of larger biological units

B. Evolution may be described as

D. Discontinuous genetic variation

A. Autopolyploid

C. Autodiploid

D. Hexaploid

A. Barley

B. Oat

D. Tomato

A. Yield performance

C. Photosynthesis

D. Root length of seedings

B. Correction factor

C. Critical difference

D. t-value

A. Darwin

C. Mendel

D. Lamak

B. Mecrosome

C. Peroxisome

D. Disome

A. Etiolation is not a reversible process

C. Etiolation and albinism are synonyms

D. Etiolation is genetically while albinism is physiological

A. A plan that is able to synthesize its own carbohydrates

B. non of these

C. An organism that depends on other organism for meting its nutrient requirements

A. Wheat

B. Maize

D. Oat

A. Mendel

B. De Vries

D. Tschermak

A. Van Mohl

B. Schultz

D. Benda

A. Macrospore

B. Maize

D. pea

A. All white

B. All blue

C. All black

A. Cauliflower

B. Ginger

C. Potato

A. Chromosome structure

B. RNA

C. DNA

B. Polygenes

C. Plasmogenes

D. Both B and C

B. Among males

C. All of these

D. Among females

A. Spermatid

B. Spermatozoa

D. Primary oocyte

A. Spermatozoa

C. Primary oocyte

D. Spermatid

A. Sterile anther

B. Sterile pollen

C. All of these