A. Abscisins

B. Cytokinins

C. Gibberellins

A. Negative tactic movement and positive tropic movement

B. Positive geotropism of stem and roots

C. Positive phototropism and negative geotropism

A. They live in shady and moist areas.

B. They are seedless and their leaves are called fronds

D. They show circinate vernation.

A. Brain

B. Spinal cord

D. none of these

B. 70%

C. 10%

D. 5%

A. Ca2+ goes back inside sarcoplasmic reticulum.

B. Troponin uncovers the actin binding sites.

D. Binding sites of actin get attached to the myosin head.

A. Indole propionic acid.

B. Indole acetaldehyde

C. Indole carboxylic acid.

B. Gamete producing region

C. Foot

D. Spore producing region

A. 11

B. 10

D. 13

A. Thalamus

B. Cerebrum

D. Hypothalamus

A. 110 m/sec

B. 100 m/sec

C. 130 m/sec.

B. Passive

C. None of these.

D. Diffusional

A. Ferns

C. Both of these

D. None of these

A. Hepaticopsida

C. Bryopsida

D. Psilopsida

A. Photoreceptors

B. Chemoreceptors

C. Thermoreceptors

A. Overproduction of corticosteroids

C. Undersecretion of thyroxin

D. Undersecretion of corticosteroids

A. Acetaldehyde

B. Lactic acid

D. Methyl alcohol

A. Red

B. Blue

C. Orange

A. Fungus like

B. Plant like

D. Thallus like

A. All of these

B. A skeletal muscle cell.

C. A cardiac muscle cell.

A. It permits gaseous exchange

B. Like all the other types of exoskeleton, they lack sensation

C. It provides muscle attachment

A. Lycopods

B. Spike mosses

D. None of these

A. CaSO4

C. CaPO4

D. SiO2

B. Ulna

C. Olecronon process of ulna.

D. Scapula

A. AMP

B. ADP

C. All of these

A. Calcitonin.

C. Progesterone.

D. Parathyroid hormone.

A. Pressure.

B. Temperature.

C. Touch.

A. pH

C. Carbon dioxide

D. Temperature

B. Star fish

C. Snail

D. Cockroach

A. There is no change in sarcomere

B. A band becomes short

D. 1 band elongates

B. 390 790 nm in wavelength.

C. 350 750 nm in wavelength

D. 300 700 nm in wavelength

A. Maintenance of resting potential

B. Massive out flux of K+ after depolarization

C. Conversion of resting potential into action potential

A. 90

B. 5

D. 15

A. Brain

C. Both of these

D. none of these.

B. Neutral point

C. Parallel point

D. Competitive point

B. Trachea

C. Larynx

D. Bronchi

A. Homospory

B. Gamospory

D. Heterogamy

A. Deficiency of chlorophyll.

B. Short supplies of mineral nutrients in the soil.

C. Accumulation of toxic waste products in leaves.

B. Brain

C. Hypothalamus

D. none of these.

A. Violet red

B. Yellow orange

C. Orange blue

A. Hydrophilic

C. Both of these

D. None of these

A. SiO2

B. CaSO4

C. CaCO3

A. Associative neuron

B. Motor neuron

C. none of these.

A. C55 H71 O6 N4 Mg

B. C55 H70 O6 N4 Mg

D. C55 H10 O4 N6 Mg

A. Intercostals

B. Bracheoradialis

D. Brachialis.

A. Lysosomes

B. Glyoxisomes

C. Mitochondria

B. Green

C. Red

D. Orange

A. They are more common than in adult age.

B. Occur as a result of bone being thin and weak.

D. It involves osteoblasts and osteocytes.

A. Orange

B. Violet

C. Blue

A. ve

B. No

D. All of these