A. Prokaryotes

B. Protozoa

D. B. Protest

B. 2-4 napthalene acetic acid

C. IAA

D. All the above

A. 2

C. 4

D. 1

B. Glycogen

C. None of the above

D. Glucopage

B. Vegetable forcing

C. Grading

D. Packing

A. Affects more than one character

C. Affects more than ten characters

D. Affects only one character

A. Photoperiodism

B. Photosynthesis

C. None of the above

A. There are more plants than animals

C. Plants are similar in structure

D. None of the above

A. Long night plants

B. Short night plants

C. Long day plants

A. Tapetium

B. Microsporogenesis

D. Gametogenesis

B. Cutting

C. None of the above

D. Buds

B. None of the above

C. Thinning

D. Training

A. Drip irrigation

B. Canal system

C. Modified basin system

A. Legume fruits

C. Raw grains

D. Fermented juices of fruits

B. Potato

C. Ginger

D. Cauliflower

A. Cardio vascular stimulant

B. In lowering blood pressure

C. In breaking down of cholesterol

A. None of the above

B. Mendel lan monohybrid

C. Mendelian dihybrid

A. Hybridization

B. Water

C. Birds

B. Gymnosperm

C. Bryophytes

D. Zerophytes

A. Semi-solid

B. Colloidal solution

C. Solution

A. Carbohydrates

B. Protein

C. Ribosome

A. Hormone spray

B. Colchicines treatment

D. Heat treatment

A. Fertilization

C. Both a & b

D. non of these

A. Palade

B. Cowdry

C. Garner

A. Transpiration

C. Photoperiodism

D. Conversion

A. Long day and Long night plants

C. Long night plants

D. Long day plants

A. Six

C. Eight

D. Two

A. Tetraploid

B. Diploid

D. Monoploid

B. Muscles

C. Testes

D. Ovaries

B. Ground Layering

C. Division

D. Budding

A. Evolution may be described as

B. History of development of larger biological units

C. Discontinuous genetic variation

A. Aril

C. Berry

D. Pome

A. Floriculture

B. Agriculture

D. Sericulture

A. Vitamin B

B. Vitamin A

D. Vitamin C

A. Fruit ripening

B. Maturity

D. Both a & b

B. USA

C. Thailand

D. Den nark

A. 100%

B. 25%

C. 75%

A. Citrange

C. Limequate

D. None of the above

B. All dominant genes will segregate together into daughter cells

C. All daughter cells will have different homologous chromosome pairs

D. All linkage group will be disrupted

A. Fruit

B. Rhizome

D. Tuber

A. Temperature

B. Oxygen

D. Substrate

B. Air layering

C. Ground layering

D. Stool layering

B. 40%

C. 65%

D. 80%

A. 2 n+2

B. 2 n+3

D. 2 n-1

A. none

C. All green parts of plants

D. Only flowers and fruits

A. Plastids

C. Membrane

D. Protoplasm

A. Some triplet code for amino acids

C. Types of protein occurring in the body

D. Protein synthesis in ribosomes

A. Accelerating bud growth

B. To stimulate shoot development

C. Delaying senescence

A. Succulents

B. Shurbs

C. Off shoots

A. Purity of gametes

B. Dominance

D. Independent assortment