
Patrika Chauraha, Near Regency Hotel, Civil Lines, Prayagraj
BOTANY (section 'A')
(All 35 Questions are Compulsory)
A) False fruits
B) Aggregate fruits
c) True fruits
D) Parthenocarpic fruit
A
A) Biomass decreases from first to fourth trophic level
B) Energy content gradually increases from first to fourth trophic level
c) Number of individuals decreases from first trophic level to fourth trophic level
D) Energy content gradually decreased from first to fourth trophic level
B
A) Sutton and Boveri
B) Bateson and Punnet
c) T.H.Morgan
D) Watson and Crick
A
A) Red algae
B) Blue green algae
c) Green algae
D) Brown algae
A
A) They are heterosporous
B) Male and female gametophytes are free living
c) Most of them have narrow leaves with thick cuticle
D) Their seeds are not covered
B
A) Parthenium hysterophorus
B) Eichhornia crassipes
c) Prosopis juliflora
D) Trapa spinosa
B
C
A) Ammonia
B) Glutamate
c) Nitrates
D) Ureides
D
A) Skoog and Miller
B) Darwin
c) Went
D) Kurosawa
A
A) 8-celled and 7-nucleated
B) 7-nucleated and 8-celled
c) 7-celled and 8-nucleated
D) 8-celled and 9-nucleated
C
A) Oxygen
B) Water
c) Carbon dioxide
D) Light
B
A) They are photoautotrophy
B) They lack heterocysts
c) They often form blooms in polluted water bodies
D) They have chlorophyll a similar to green plants
B
A) A – (ii), B – (iii), C – (iv), D – (i)
B) A – (iii), B – (iv), C – (ii), D – (i)
c) A – (iv), B – (iii), C – (ii), D – (i)
D) A – (iv), B – (ii), C – (i), D – (iii)
A) RuBisCO is a bifunctional enzyme
B) In C4 plants, the site of RuBisCO activity is mesophyll cell
c) The substrate molecule for RuBisCO activity is a 5-carbon compound
D) RuBisCO action requires ATP and NADPH
B
A) A – (iii), B – (ii), C – (iv), D – (i)
B) A – (ii), B – (i), C – (iv), D – (iii)
c) A – (iv), B – (iii), C – (ii), D – (i)
D) A – (ii), B – (i), C – (iii), D – (iv)
A) Detritus rich in sugars
B) Warm and moist environment
c) Presence of aerobic soil microbes
D) Detritus richer in lignin and chitin
D
A) Aspergillus niger
B) Lactobacillus sp
c) Saccharomyces cerevisiae
D) Clostridium butylicum
A
A) Saltation
B) Co-evolution
c) Natural selection
D) Adaptive radiation
D
A) 3.5 m
B) 3.5 m
c) 4.0 m
D) 3.0 m
B
A) Pteris
B) Marchantia
c) Equisetum
D) Salvinia
C
A) Zygotene
B) Diplotene
c) Leptotene
D) Pachytene
B
A) Natality
B) Mortality
c) Species interaction
D) Sex ratio
C
A) water currents only
B) wind and water
c) insects and water
D) insects or wind
D
A) G1 phase
B) S phase
c) G2 phase
D) M phase
D
A) Superior ovary
B) Hypogynous ovary
c) Half inferior ovary
D) Inferior ovary
D
A) Gelidum and Gracilaria
B) Anabaena and Volvox
c) Chlorella and Spirulina
D) Laminaria and Sargassum
C
A) Fungal diseases
B) Plant nematodes
c) Insect predators
D) Insect pests
D
A) Flaccidity of bulliform cells
B) Shrinkage of air spaces in spongy mesophyll
c) Tyloses in vessels
D) Closure of stomata
A
A) Claviceps is sources of many alkaloids and LSD
B) Conidia are produced exogenously and ascospores endogenously
c) Yeasts have filamentous bodies with long thread-like hyphae
D) Morels and truffles are edible delicacies
C
A) acetylation of morphine
B) glycosylation of morphine
c) nitration of morphine
D) methylation of morphine
A
A) A – (iii), B – (iv), C – (ii), D – (i)
B) A – (ii), B – (iv), C – (iii), D – (i)
c) A – (iii), B – (ii), C – (iv), D – (i)
D) A – (iii), B – (ii), C – (i), D – (iv)
A) Chemoautotrophic fixation
B) Nitrification
c) Denitrification
D) Nitrogen fixation
C
C
A) Stabilizing Selection
B) Disruptive Selection
c) Cyclical Selection
D) Directional Selection
A
A) 0.7
B) 0.07
c) 0.09
D) 0.9
A
BOTANY (section 'B')
(Attempt only 10 Questions out of 15)
A) Mosses
B) Pteridophytes
c) Gymnosperms
D) Liverworts
D
A) Theodore Schwann
B) Schleiden
c) Aristotle
D) Rudolf Virchow
D
A) Gibberellin and Cytokinin
B) Gibberellin and Abscisic acid
c) Cytokinin and Abscisic acid
D) Auxin and Ethylene
D
A) for conservation of biodiversity and sustainable utilization of its benefits
B) to assess threat posed to native species by invasive weed species
c) for immediate steps to discontinue use of CFCs that were damaging the ozone layer
D) to reduce CO2 emissions and global warming
A
A) Viruses are obligate parasites
B) Infective constituent in viruses is the protein coat
c) Prions consist of abnormally folded proteins
D) Viroids lack a protein coat
B
A) Sieve tubes only
B) Companion cells only
c) Both sieve tubes and companion cells
D) Albuminous cells and sieve cells
C
A) Upward
B) Downward
c) Bi-directional
D) Non-multidirectional
C
A) Water and mineral salts only
B) Water, mineral salts and some organic nitrogen only
c) Water, mineral salts, some organic nitrogen and hormones
D) Water only
C
A) It is pest resistant, with a gene from Bacillus thuringiensis
B) It is drought tolerant, developed using Agrobacterium vector
c) It has yellow grains, because of a gene introduced from primitive variety of rice
D) It is Vitamin A enriched, with a gene from daffodil
D
A) Axile
B) Parietal
c) Free central
D) Basal
B
A) Syngamy and triple fusion
B) Fusion of two male gametes with one egg
c) Fusion of one male gamete with two polar nuclei
D) Fusion of two male gametes of a pollen tube with two different eggs
A
A) Submerged hydrophytes
B) Carnivorous plants
c) Free-floating hydrophytes
D) Halophytes
D
A) Viola
B) Banana
c) Yucca
D) Hydrilla
C
A) Rhizome
B) Tap root
c) Adventitious root
D) Stem
C
A) Endodermis
B) Cortex
c) Pericycle
D) Epidermis
A
ZOOLOGY (section ‘A’)
(All 35 Questions are Compulsory)
A) A – (iv), B – (iii), C – (ii), D – (i)
B) A – (i), B – (iv), C – (ii), D – (iii)
c) A – (iii), B – (i), C – (iv), D – (ii)
D) A – (iii), B – (ii), C – (i), D – (iv)
A) hCG, progestogens, estrogens, glucocorticoids
B) hCG, hPL, progestogens, estrogens
c) hCG, hPL, estrogens, relaxin, oxytocin
D) hCG, hPL, progestogens, prolactin
B
A) is a post-coital contraceptive
B) is an IUD
c) increases the concentration of estrogen and prevents ovulation in females
D) blocks estrogen receptors in the uterus, preventing eggs from getting implanted
D
A) In spermiogenesis spermatozoa are formed, while in spermiation spermatozoa are released from sertoli cells into the cavity of seminiferous tubules
B) In spermiogenesis spermatozoa from sertoli cells are released into the cavity of seminiferous tubules, while in spermiation spermatozoa are formed
c) In spermiogenesis spermatozoa are formed, while in spermiation spermatids are formed
D) In spermiogenesis spermatids are formed, while in spermiation spermatozoa are formed
A
A) Presence of anal cerci
B) Forewings with darker tegmina
c) Presence of caudal styles
D) Presence of a boat shaped sternum on the 9th abdominal segment
C
A) A, C and E
B) B, D and E
c) A, B and C
D) B, C and E
A) Eye of octopus, bat and man
B) Brain of bat, man and cheetah
c) Heart of bat, man and cheetah
D) Forelimbs of man, bat and cheetah
A
A) a promoter
B) an enhancer
c) structural genes
D) an operator
B
A) UCCAUAGCGUA
B) ACCUAUGCGAU
c) UGGTUTCGCAT
D) AGGUAUCGCAU
D
A) smooth muscles attached to the ciliary body
B) smooth muscles attached to the iris
c) ligaments attached to the iris
D) ligaments attached to the ciliary body
D
A) Parathyroid hormone and Prolactin
B) Estrogen and Parathyroid hormone
c) Progesterone and Aldosterone
D) Aldosterone and Prolactin
B
A) Corpus callosum : band of fibers; connecting left and right cerebral hemispheres
B) Hypothalamus : production of releasing hormones and regulation of temperature, hunger and thirst
c) Limbic system : consists of fibre tracts that interconnect different regions of brain; controls movement
D) Medulla oblongata : controls respiration and cardiovascular reflexes
C
A) Pleurodont, Diphyodont, Heterodont
B) Pleurodont, Monophyodont, Homodont
c) Thecodont, Diphyodont, Heterodont
D) Thecodont, Diphyodont, Homodont
C
A) pBR 322
B) λ phage
c) Ti plasmid
D) Retrovirus
D
A) Depolarization of auricles
B) Depolarization of ventricles
c) Repolarization of ventricles
D) Repolarization of auricles
B
A) A – (i), B – (iv), C – (ii), D – (iii)
B) A – (iii), B – (ii), C – (iv), D – (i)
c) A – (ii), B – (iii), C – (iv), D – (i)
D) A – (iv), B – (iii), C – (i), D – (ii)
A) Columnar epithelial cells
B) Chondrocytes
c) Compound epithelial cells
D) Squamous epithelial cells
A
A) Sporozoites
B) Female gametocytes
c) Male gametocytes
D) Trophozoites
A
A) Platyhelminthes
B) Aschelminthes
c) Annelida
D) Ctenophora
A
A) A – (iv), B – (i), C – (ii), D – (iii)
B) A – (i), B – (ii), C – (iv), D – (iii)
c) A – (ii), B – (i), C – (iii), D – (iv)
D) A – (iii), B – (iv), C – (ii), D – (i)
A) Convergent evolution
B) Industrial melanism
c) Natural selection
D) Adaptive radiation
A
A) Collagen
B) Lectin
c) Insulin
D) Haemoglobin
A
A) 2.5 metres
B) 2.2 metres
c) 2.7 metres
D) 2.0 metres
B
A) A – (i), B – (iii), C – (ii), D – (iv)
B) A – (iii), B – (ii), C – (iv), D – (i)
c) A – (iv), B – (iii), C – (i), D – (ii)
D) A – (ii), B – (iv), C – (i), D – (iii)
A) Gonorrhoea, Malaria, Genital herpes
B) AIDS, Malaria, Filaria
c) Cancer, AIDS, Syphilis
D) Gonorrhoea, Syphilis, Genital herpes
D
A) Partial pressure of CO2 can interfere with O2 binding with Haemoglobin
B) Higher H+ conc. in alveoli favours the formation of oxyhaemoglobin
c) Low pCO2 in alveoli favours the formation of oxyhaemoglobin
D) Binding of oxygen with haemoglobin is mainly related to partial pressure of O2
B
A) (iii) and (i)
B) (i) and (ii)
c) (ii) and (iii)
D) (iv) and (iii)
A) A – (iii), B – (i), C – (iv), D – (ii)
B) A – (iv), B – (ii), C – (i), D – (iii)
c) A – (i), B – (ii), C – (iv), D – (iii)
D) A – (ii), B – (iii), C – (i), D – (iv)
A) A – (iii), B – (ii), C – (i), D – (iv)
B) A – (iii), B – (i), C – (iv), D – (ii)
c) A – (ii), B – (i), C – (iv), D – (iii)
D) A – (iv), B – (iii), C – (i), D – (ii)
A) Passive immunity
B) Active immunity
c) Acquired immunity
D) Autoimmunity
A
A) Monascus purpureus
B) Saccharomyces cerevisiae
c) Penicillium notatum
D) Trichoderma polysporum
D
A) Eyelids and eyelashes are formed
B) Most of the major organ systems are formed
c) The head is not covered with fine hair
D) The head is covered with fine hair
B
A) Triploblastic, unsegmented body and bilaterally symmetrical
B) Triploblastic, segmented body and bilaterally symmetrical
c) Triploblastic, flattened body and acoelomate condition
D) Diploblastic, mostly marine and radially symmetrical
B
A) A – (iii), B – (iv), C – (i), D – (ii)
B) A – (ii), B – (iii), C – (iv), D – (i)
c) A – (iv), B – (i), C – (ii), D – (iii)
D) A – (i), B – (ii), C – (iii), D – (iv)
A) A – (iv), B – (iii), C – (ii), D – (i)
B) A – (i), B – (ii), C – (iii), D – (iv)
c) A – (i), B – (iii), C – (ii), D – (iv)
D) A – (ii), B – (i), C – (iv), D – (iii)
ZOOLOGY (section 'B')
(Attempt only 10 Questions out of 15)
A) Mother Rh+ve and foetus Rh–ve
B) Mother Rh–ve and foetus Rh+ve
c) Both mother and foetus Rh–ve
D) Both mother and foetus Rh+ve
B
A) A – (ii), B – (i), C – (iii), D – (iv)
B) A – (iii), B – (i), C – (ii), D – (v)
c) A – (iv), B – (v), C – (i), D – (ii)
D) A – (i), B – (ii), C – (iii), D – (iv)
D
A) ducts of salivary glands
B) proximal convoluted tubule of nephron
c) eustachian tube
D) lining of intestine
B
A) Ethidium bromide in UV radiation
B) Acetocarmine in UV radiation
c) Ethidium bromide in infrared radiation
D) Acetocarmine in bright blue light
A
A) (iii) and (iv)
B) (i), (ii) and (iv)
c) only (iv)
D) (i) and (ii)
A) A – (iv), B – (i), C – (ii), D – (iii)
B) A – (iii), B – (ii), C – (i), D – (iv)
c) A – (ii), B – (i), C – (iii), D – (iv)
D) A – (i), B – (iii), C – (ii), D – (iv)
A) Uremia and Renal Calculi
B) Ketonuria and Glycosuria
c) Renal calculi and Hyperglycaemia
D) Uremia and Ketonuria
B
A) The proinsulin has an extra peptide called C-peptide
B) The functional insulin has A and B chains linked together by hydrogen bonds
c) Genetically engineered insulin is produced in E.Coli
D) In man insulin is synthesized as a proinsulin
B
A) 11th and 12th pairs of ribs are connected to the sternum with the help of hyaline cartilage
B) Each rib is a flat thin bone and all the ribs are connected dorsally to the thoracic vertebrae and ventrally to the sternum
c) There are seven pairs of vertebrosternal, three pairs of vertebrochondral and two pairs of vertebral ribs
D) 8th, 9th and 10th pairs of ribs articulate directly with the sternum
C
A) Inflammation of bronchi and bronchioles
B) Proliferation of fibrous tissues and damage of the alveolar walls
c) Reduction in the secretion of surfactants by pneumocytes
D) Benign growth on mucous lining of nasal cavity
A
A) (2) and (3) are correct
B) (3) and (4) are correct
c) (1) and (4) are correct
D) (1) and (2) are correct
A) Seminiferous tubules → Rete testis → Vasa efferentia → Epididymis → Vas deferens → Ejaculatory duct → Urethra → Urethral meatus
B) Seminiferous tubules → Vasa efferentia → Epididymis → Inguinal canal → Urethra
c) Testis → Epididymis → Vasa efferentia → Vas deferens → Ejaculatory duct → Inguinal canal → Urethra → Urethral meatus
D) Testis → Epididymis → Vasa efferentia → Rete testis → Inguinal canal → Urethra
A
A) Prevents the formation of bonds between the myosin cross bridges and the actin filament
B) Detaches the myosin head from the actin filament
c) Activates the myosin ATPase by binding to it
D) Binds to troponin to remove the masking of active sites on actin for myosin
D
A) It is present only in larval tail in ascidian
B) It is replaced by a vertebral column in adult frog
c) It is absent throughout life in humans from the very beginning
D) It is present throughout the life in amphioxus
C