1. already graduates
2. already graduated
3. will have already graduated
4. has already graduated

1. Sacred
2. Old
3. Inactive
4. Effective

1. anyone
2. someone else’s
3. no one else
4. everyone

1. will score
2. will have scored
3. has scored
4. scores

Question 5:
Which word is a adverb in this sentence?
There are no interesting programmes tonight.

1. interesting
2. programmes
3. there
4. tonight

1. Moro reflex
2. Righting reflex
3. Parachute reflex
4. Labyrinthine reflexes

1. Face muscle weakness
2. Tendon reflexes diminished
3. Pseudoypertrophy of calf muscles
4. Sensations impairment

1. Myasthenia Grevis
2. Spasiticity and Flacidity
3. Multiple Sclerosis
4. Muscular Dystrophy

1. 100 and 150 Hz
2. 150 and 200 Hz
3. 50 and 100 Hz
4. 100 and 200 Hz

1. Fifth metatarsal
2. Second metatarsal
3. Tarsal bones
4. Second metacarpal

1. Agni and Jala
2. Vayu and Prithvi
3. Agni and Vayu
4. Vayu and Akasha

1. Apan vayu
2. Udan vayu
3. Vyan vayu
4. Pran vayu

1. Glucose
2. Raffinose
3. Maltose
4. Fructose

1. Foreign organic matter
2. Refractive index
3. Ash value
4. Water soluble extractive value

1. Copper
2. Mica
3. Copper pyrite
4. Lead

1. 1,200 km
2. 675 km
3. 88.9 km
4. 240 km

1. 0.035
2. 0.050
3. 0.007
4. 0.070

1. 65 cm
2. 70 cm
3. 74 cm
4. 86 cm

1. 0.41 D
2. 0.37 D
3. 0.33 D
4. 0.29 D

1. Paleontology
2. Radio Carbon dating
3. Radio Isotope dating
4. None of these

1. The number of product molecules
2. The number of collisions per second
3. The change in free energy per second
4. The change in temperature per second

1. +750 kJ
2. +250 kJ
3. -750 kJ
4. -250 kJ

1. 2.0
2. 1.5
3. 1.0
4. Infinity

1. No zeolites occur naturally
2. A zeolite functions as an acid catalyst, e.g. in the alkylation of aromatic compounds
3. Each zeolite contains channels of a specific size
4. Zeolites are aluminosilicates

1. The polymer chains are uniform in length
2. The number average molecular weight is equal to the weight average molecular weight of the polymer
3. The polymer chain lengths vary over a wide range of molecular masses
4. The polymer under consideration is a natural polymer

1. 8
2. 4
3. 2
4. None of these

1. Symmetric
2. Transitive
3. Reflexive
4. None of these

1. Re(z) = 1
2. Im(z) = 1
3. Re(z) = 1/2
4. Im(z) = 1/2

1. -1/2
2. 2
3. -2
4. 0

1. f(|x|) = |f(x)|
2. f(x+y) = f(x) + f(y)
3. f(x.y) = f(x).f(y)
4. None of these

1. A smear is a preparation process in which a specimen is dyed
2. A smear is a process used to identify a specimen
3. A smear is a process in which a specimen is moved beneath a microscope
4. A smear is a preparation process in which a specimen is spread on a slide

1. A bacterium is a multicell organism that does not have a distinct nucleus
2. A bacterium is a multicell organism that has a distinct nucleus
3. A bacterium is a one-cell organism that has a distinct nucleus
4. A bacterium is a one-cell organism that does not have a distinct nucleus

1. Obligate aerobes
2. Obligate anaerobes
3. Free radicals
4. Facultative anaerobes

1. Poliovirus can cause paralytic disease
2. Mumps virus can cause meningitis
3. Astrovirus causes gastroenteritis only in adults
4. EBV can cause nasopharyngeal carcinoma

1. Ethylene oxide
2. Ultraviolet radiation
3. Autoclave
4. Chlorine

1. Louis Pasteur
2. Kircher
3. Robert Koch
4. None of these

1. Germs cannot be killed
2. Presence of pathogen in infected animals
3. Spores
4. None of these

1. Effect of a specific microbe
2. Destruction of microbes
3. Radiation
4. None of these

1. Streak plate
2. Phenol red
3. Simple stain
4. None of these

1. Capsule
2. Microcapsule
3. Slime
4. Spore

1. Dictyostele
2. Siphonostele
3. Solenostele
4. Protostele

1. Apothecium
2. Cleistothecium
3. Perithecium
4. Hysterothecium

1. Anemophily
2. Hydrophily
3. Zoophily
4. Entomophily

1. J.C. Bose
2. Strasburger
3. Maheshwari
4. Nawaschin

1. Oligosaccharide
2. Triose sugars
3. Monosaccharide
4. Disaccharide

1. Optical isomers
2. Stereoisomers
3. Epimers
4. Anomers

1. Phospho enol pyruvate
2. Enol pyruvate
3. 1,3 bisphosphoglycerate
4. Dihydroxy acetone phosphate (DHAP)

1. - 7,300 cal/mol
2. +7,300 cal/mol
3. 10,000 cal/mol
4. - 8,300 cal/mol

1. Loop regions of proteins
2. The ways of protein folding
3. Location of disulphide bonds
4. The order of amino acids

1. Both mitochondria and cytosol
2. Mitochondria only
3. Cytosol only
4. Nucleus

1. Its colloidal nature
2. Presence of living cell inclusions
3. Pressure of inorganic salts
4. Presence of water

1. Fluid mosaic model
2. Unit membrane model
3. Thin lipid layer concept
4. Artificial model systems

1. 43
2. 22 pair
3. 45
4. 46

1. Aminotelic
2. Uricotelic
3. Ammonotelic
4. Ureotelic

1. Operator genes
2. Redundant genes
3. Polymorphic genes
4. Regulatory genes

1. Farmer participatory
2. System oriented
3. Client non-specific
4. Gender sensitive

1. Stochastic model
2. Statistical empirical model
3. Dynamic model
4. Mechanistic model

1. Killer
2. Captain
3. Round Up
4. Maxim

1. Hordeumdistichon
2. Hordeumvulgare
3. Hordeumplantae
4. Hordeumirregulare

1. Fabaceae
2. Euphorbiaceae
3. Malvaceae
4. Musaceae

1. Nitrogen cycle
2. Carbon cycle
3. Sulphur cycle
4. Oxygen cycle

1. Species richness
2. Diversity of species
3. Equal diversity of species
4. Species abundance

1. Metrological disasters
2. Hydrological disasters
3. Man-made disasters
4. Geophysical disasters

1. 10
2. 7
3. 9
4. 11

1. 6
2. 6.5
3. 5.5
4. 7

1. Arsenic
2. Antimony
3. Phosphorus
4. Sodium

1. Combined DNA index system
2. Combined Digital Identification system
3. Combined Digital interpretation system
4. None

1. Pelvis
2. Mandible
3. Long bones
4. Skull

1. ECD
2. FID
3. PMT
4. None

1. Drowning cases
2. Throttling cases
3. Hanging cases
4. All of above

1. -1
2. -1/2
3. 1/2
4. 12

1. (rt-s² )>0,r>0
2. (rt-s² )>0,r<0
3. (rt-s² )=0
4. (rt-s² )<0

1. P(A∪B)=P(A).P(B)
2. P(A∪B)=1
3. P(A∩B)=P(A).P(B)
4. P(A∩B)=0

1. Mean > Variance
2. Mean < Variance
3. Mean – Variance = 1
4. Mean = Variance

1. Pathogen
2. Virulence
3. Infection
4. None of these

1. Concentration of substance
2. Time of action
3. pH of medium and temperature suitable for chemical
4. All of the above

1. Haeme agglutination
2. Complement fixation
3. Conglutination
4. Schultz Dale phenomenon

1. Prepared from tubercle bacilli
2. It is inferior to old tuberculin
3. Consist of filtrate of glycerol broth
4. None of the above

Question 5:
The event that triggered the development and establishment of microbiology as a science is

1. Germ theory of disease
2. Development of microscope
3. Time of action
4. Use of disinfectant

1. 1.0
2. 0.5
3. 4.0
4. 2.0

1. Kidneys and liver
2. Kidneys and muscles
3. Muscles and adipose tissue
4. Muscles and liver

1. Ribosomes
2. Endoplasmic reticulum
3. Lysosomes
4. Inner mitochondrial membrane

1. Vitamin B6
2. ATP
3. NAD
4. Tetrahydrofolate

Question 5:
Tertiary structure of a protein describes the

1. Specific peptide linkage
2. Location of disulfide bonds
3. Specific way of protein folding and according to the order of amino acids
4. Specific loops

1. Walk-ins
2. Professional agencies
3. Word-of-mouth
4. Transfer

1. Incandescence
2. Lightening
3. Combustion
4. None of these

1. 1955
2. 1965
3. 1975
4. 1985

1. Urea
2. Creatinine
3. GFR
4. All of the above

Question 5:
Which one of the following statements is incorrect?

1. Introduction of complementary foods too early may give rise to allergic reactions
2. Delayed introduction of complementary foods may give rise to growth faltering
3. Breastfeeding should continue to the age of 2 years or beyond
4. Low-fat and high-fiber diets are appropriate for infants under the age of 2

1. Meiosis is necessary for sexual reproduction
2. Meiosis alternates with mitosis from generation to generation
3. The same genetic system is passed on from generation to generation
4. Genetic recombination is possible from generation to generation

1. Methionine
2. Cysteine
3. Tryptophan
4. Valine

1. Because of its Parasitic activities
2. Because of Presence of food vacuoles
3. Because of its Catalytic activities
4. Because of its Hydrolytic activities

1. 4 histones of four types
2. 5 histones of two types
3. 6 histones three type
4. 8 histones of four types

Question 5:
How the intrinsic proteins in the plasma membrane is distributed?

1. Random
2. Symmetrical
3. Asymmetrical
4. None of the above

1. Sodium chloride
2. sodium Bicarbonate
3. Sodium Benzoate
4. Sodium Sulfide

1. Canning of food leads to loss of vitamin C
2. Processed food adds empty calories to food constituting junk
3. Some chemicals make the human and animal cells grow rapidly which is unhealthy
4. All of the mentioned

1. Specific heat of the food
2. Weight of the food
3. Temperature difference
4. All of the mentioned

1. Unsaturated fatty acids
2. Polyunsaturated fatty acids
3. Linoleic acid
4. Hydrogenation

Question 5:
Which nutrient protect your eye sight as you age?

1. Zinc
2. Vitamin C and E
3. Zeaxanthin and lutein from fruits and vegetables
4. All of the above