Class 11 Biology Chapter 2- Biological Classification NEET MCQ DPP
Chapter 2- Biological Classification
(A) Ribosome
(B) Cell wall nature
(C) Plasma membrane
(D) All
Plasma membrane
(A) Cell wall
(B) Mesosomes
(C) Glycocalyx
(D) Plasma membrane
Mesosomes
(A) Size of Prokaryotes is Smaller than Eukaryotes
(B) Bacteria multiply faster than Eukaryotic cell How many are correct-
(A) only a
(B) only b
(C) both a and b
(D) both wrong
both a and b
(A) Peptidoglycan
(B) Capsule
(C) Slime layer
(D) All
All
(A) Bacteria
(B) Spore
(C) Gamete
(D) All
All
(A) thick and tough
(B) thick and soft
(C) thin and tough
(D) all
thick and tough
(A) Cell Envelop ,Destaining
(B) Cell wall , staining
(C) Cell Envelop , Staining
(D) None
Cell Envelop , Staining
(A) Thickness and Structure
(B) Composition and thickness
(C) Structure and shape
(D) Shape and size
Composition and thickness
(A) Cell wall
(B) Plasma membrane
(C) Cell envelop
(D) All
Plasma membrane
(A) Two
(B) Three
(C) Our
(D) One
Our
(A) some bacteria
(B) all photosynthetic organism
(C) all bacteria
(D) all Protista
some bacteria
(A) Mitochondria
(B) Thylakoid
(C) Ribosome
(D) All
Thylakoid
(A) Range and size
(B) Number and arrangement
(C) Number and size
(D) Size and shape
Number and arrangement
(A) Cyanobacteria
(B) Coccus
(C) Mycoplasma
(D) All
All
(A) Pilli
(B) Fimbriae
(C) Flagella
(D) All
Flagella
(A) Shape
(B) Size
(C) Number
(D) All
All
(A) Nucleoid
(B) Cell wall
(C) Plamid
(D) All
Nucleoid
(A) Nucleoid
(B) Ribosome
(C) Plasmid Mark the correct option -
(A) a and b only
(B) only b
(C) only a
(D) all three
all three
(A) five
(B) four
(C) two
(D) three
five
(A) Ti plasmid
(B) R-plasmid
(C) Col plamid
(D) F-plasmid
Ti plasmid
(A) help attach the bacteria to rocks in streams and also
(B) help attach the bacteria to the host tissues.
(C) Reproduction
(D) Both A and B
Both A and B
(A) Cyanobacteria
(B) All bacteria
(C) Gram positive bacteria
(D) Gram negative bacteria
Gram positive bacteria
(A) prokaryotic cell divide faster than Eukaryotic cell
(B) prokaryotes exibit a wide variety of shapes and functions
(C) plasmid is small DNA other than genomic DNA
(D) cell envelop consist of a loosely bound three layered structure
cell envelop consist of a loosely bound three layered structure
(A) Loose and tough - Capsule
(B) Mesosome - help in DNA replication
(C) Flagella - number and arrangement variable
(D) Ribosome - 15nm and 20nm
Loose and tough - Capsule
(A) presence in eukaryotic cell
(B) without membrane
(C) for storage
(D) site for protein synthesis
without membrane
(A) Extension of Cell wall- Mesosome and chromatophore
(B) Motility- Pill and fimbriae
(C) Plasma membrane - similar in prokaryotes and Eukaryotes
(D) Cell wall - not maintain shape and prevent from bursting
Plasma membrane - similar in prokaryotes and Eukaryotes
(A) slime layer
(B) capsule
(C) cell wall
(D) flagella
flagella
(A) pilli
(B) fimbriae
(C) Flagella
(D) mesosomes Mark the correct
(A) a and b
(B) a, b and c
(C) all four
(D) b and c
a, b and c
(A) Cyanobacteria
(B) Purple sulfur bacteria
(C) Green purple bacteria
(D) Archaebacteria Mark the correct
(A) a and b
(B) a, b and c
(C) all four
(D) b and c
a, b and c
(A) cell membrane
(B) flagella
(C) role of ribosome
(D) plasmid Mark the correct
(A) a and b
(B) a, b and c
(C) all four
(D) b and c
b and c
(A) inclusion bodies lie free in cytoplasm
(B) fimbriae use for binding on host tissue
(C) chromatophore have pigments Mark the correct
(A) a and b
(B) b and c
(C) all three
(D) a and c
all three
(A) Respiration, secretion process, have enzyme and provide motility
(B) Cell wall formation , storage , secretion process and DNA replication
(C) Secretion, DNA replication, enzyme presence and cell wall formation
(D) Protein synthesis, DNA replication , secretion and storage
Secretion, DNA replication, enzyme presence and cell wall formation
(A) all bacteria have plasmid
(B) all bacteria have cell wall
(C) all bacteria have ribosome
(D) all bacteria have cell membrane Mark the correct
(A) a and b
(B) b and c
(C) c and d
(D) a and c
c and d
(A) presence of Chla
(B) flagella
(C) presence only in fresh water
(D) only unicellular form surrounded by gelatinous sheath
presence of Chla
(A) bacteria are sole members of monera
(B) bacteria have simple structure and complex behaviour
(C) all autotrophic prokaryotes synthesise food from inorganic substance
(D) The vast majority of bacteria are autotrophic Mark the correct
(A) a , b and c
(B) b , c and d
(C) a, b and d
(D) all four
a , b and c
(A) Nostoc
(B) Eubacteria
(C) Monera
(D) Archaebacteria
Monera
(A) Chromatophore
(B) Chloroplast
(C) Photosynthetic lamellae or thylakoids
(D) Chromoplast
Photosynthetic lamellae or thylakoids
(A) Ribosomes
(B) Naked DNA
(C) Peptidogylcan Wall
(D) All the above
All the above
(A) Nitrogenase
(B) Absence of chla
(C) Absence of PSII
(D) All
All
(A) Peptidoglycan
(B) Ether linkage
(C) Ribosomes
(D) Branched Chain Lipids
Peptidoglycan
(A) without membrane
(B) 70 s type
(C) size 20nm
(D) all
all
(A) Rhizobium
(B) Nostoc
(C) Pseudomonas
(D) Staphylococcus
Nostoc
(A) Mycoplasma
(B) Rhizobium
(C) Cyanobacteria
(D) Streptomyces
Streptomyces
(A) Pyruvate kinase
(B) Nitrogenase
(C) Zymase
(D) Hexokinase
Nitrogenase
(A) spore formation
(B) fission
(C) transduction
(D) conjugation
fission
(A) Oscillatoria
(B) Nitrobactor
(C) Purple sulphur bacteria
(D) All
All
(A) have chla
(B) oxygenic
(C) oxidation of inorganic compound
(D) oxidation of organic compound
oxidation of inorganic compound
(A) Denitrification
(B) Water-bloom
(C) Photosynthesis
(D) All
Water-bloom
(A) Cyanobacteria
(B) Eubacteria
(C) Some Archebacteria
(D) Mycoplasma
Some Archebacteria
(A) Mesosomes
(B) Pilli
(C) Porins
(D) Both B and C
Both B and C
(A) Anabena and nostoc
(B) Nitrobactor and nitrococcus
(C) Green Sulphur bacteria
(D) Lactobaccilus
Lactobaccilus
(A) Diploid zygote
(B) Some DNA transfer occur
(C) Gametes form
(D) Mitosis occur
Some DNA transfer occur
(A) Nostoc
(B) Methanogen
(C) Thermoacidophilic bacteria
(D) All
Methanogen
(A) Green sulphur bacteria
(B) Purple sulphur bacteria
(C) Cyanobacteria
(D) All
All
(A) Cyanobacteria
(B) Protista
(C) Fungi
(D) Plants
Cyanobacteria
(A) Mesosome
(B) Genophore
(C) Periplasmic
(D) Perinuclear space
Mesosome
(A) Oxygenic
(B) Autotrophic eukaryotes
(C) Chemoautotrophs
(D) Anoxygenic
Oxygenic
(A) Extra-chromosomal
(B) Self replicating
(C) Circular and double stranded
(D) All
All
(A) Lactobaccilus
(B) Nostoc
(C) Anabena
(D) Mycoplasma
Mycoplasma
(A) size
(B) both have membrane
(C) made of protein
(D) made up of lipid
made of protein
(A) Amino acid
(B) Lipid bilayer
(C) Fat
(D) Carbohydrate
Lipid bilayer
(A) Mesosome is made up of lipid layer
(B) Chromatophore is present in Cyanobacteria How many are correct-
(A) only a
(B) only b
(C) both a and b
(D) both wrong
both a and b
(A) Nucleoid
(B) ER
(C) DNA replication
(D) 80 s ribosome
DNA replication
(A) Sulphur granule
(B) Phosphorus granule
(C) Glycogen granule
(D) All
All
(A) Peptidoglycan wall
(B) Plasma membrane
(C) 70 ribosome
(D) both B and C
both B and C
(A) Chl a present
(B) Chl b
(C) bacteriophyll present
(D) all
Chl a present
(A) Photoautotrophs
(B) Saprotrophs
(C) Coproheterotrophs
(D) ChemoAutotrophs
ChemoAutotrophs
(A) Gram+ve bacteria
(B) Gram -ve bacteria
(C) Cyanobacteria
(D) Mycoplasma
Gram+ve bacteria
(A) Chromosome
(B) Nucleus
(C) Cell wall
(D) Plasmid
Plasmid
(A) Blue green algae
(B) Fungi
(C) Pteridophyte
(D) Bryophyte
Blue green algae
(A) Chromosomal replicon
(B) F- plasmid
(C) RNA
(D) sex - pilus
F- plasmid
(A) Mycoplasma only
(B) Ulothrix
(C) Fungi
(D) Mycoplasma and blue-green algae
Mycoplasma and blue-green algae
(A) Two categories
(B) Three categories
(C) Four categories
(D) five categories
Four categories
(A) Eubacteria
(B) Acrhaebacteria
(C) Cyanobacteria
(D) All are correct
Acrhaebacteria
(A) Different cell wall structure
(B) Different cell membrane structure
(C) Oxidize various inorganic substances
(D) More than one is correct
More than one is correct
(A) Spores
(B) Fission
(C) Conjugation
(D) Recombination
Spores
(A) Only in hot springs
(B) Only in deserts
(C) Only In snow and deep oceans
(D) Everywhere
Everywhere
(A) Coccus, Bacillus Vibrio and Rickettsia
(B) Coccus, Bacillus Mycoplasma and Spirillum
(C) Coccus, Bacillus Vibrio and Spirillum
(D) All of the above
Coccus, Bacillus Vibrio and Spirillum
(A) Rigid cell wall
(B) If motile then flagellum
(C) Capsule
(D) All of these
All of these
(A) Chemosynthetic autotrophic
(B) Photosynthetic autotrophic
(C) Methanogens
(D) Oscillatoria
Chemosynthetic autotrophic
(A) Heterotrophic bacteria
(B) Photosynthetic autotrophic
(C) Chemosynthetic autotrophic
(D) Blue -green algae
Chemosynthetic autotrophic
(A) They are the most abundant in nature.
(B) The majority are important decomposers.
(C) Chemosynthetic autotrophic
(D) Some are pathogens causing damage to human beings, crops, farm animals and pets.
Chemosynthetic autotrophic
(A) They are helpful in making curd from milk
(B) They are helpful in production of antibiotics
(C) They are helpful in fixing nitrogen in legume roots
(D) All of above
All of above
(A) Cholera
(B) Typhoid
(C) Dengue
(D) Tetanus, citrus canker
Dengue
(A) Protein
(B) Cellulose
(C) Fat
(D) Mucopolysaccharide
Mucopolysaccharide
(A) Peritrichous
(B) Lophotrichous
(C) Amphitrichous
(D) Atrocious
Lophotrichous
(A) Agrobacterium
(B) Clostridium
(C) Mycobacterium
(D) Erwinia
Agrobacterium
(A) Eubacterium
(B) Archaebacteria
(C) Mycoplasma
(D) Cyanobacteria
Archaebacteria
(A) Ulothrix
(B) Spirogyra
(C) Methane bacteria
(D) Chlamydomonas
Methane bacteria
(A) Some of them are green
(B) They are present every where
(C) Some of them cannot move
(D) They have a rigid cell wall
They have a rigid cell wall
(A) 4
(B) 16
(C) 8
(D) 64
64
(A) Episome
(B) Microsome
(C) Ribosome
(D) Cell membrane
Cell membrane
(A) Histones
(B) RNA and non histones
(C) A single double stranded DNA
(D) A single stranded DNA
A single double stranded DNA
(A) Nitrogen fixation
(B) Emulsification of fat
(C) Sewage disposal
(D) Curd making
Emulsification of fat
(A) Xanthomonos typhosus
(B) Bacillus dysenteriae
(C) Salmonella typhi
(D) Bacillus diplococcus
Salmonella typhi
(A) Clostridium botulinum
(B) Salmonella typhosa
(C) Clostridium tetani
(D) None of these
Clostridium botulinum
(A) Azotobacter
(B) Rhizobium
(C) Clostridium
(D) Frankia
Azotobacter
(A) Archaebacteria
(B) Cyanobacteria
(C) Chlorobacteria
(D) Rickettsiae
Cyanobacteria
(A) stomach
(B) large intestine
(C) small intestine
(D) oesophagus
stomach
(A) Protozoans
(B) Euglenoids
(C) Diatoms
(D) Both A and C
Both A and C
(A) Chrysophytes
(B) Desmids
(C) Euglenoids
(D) Cyanophyceae
Desmids
(A) Chrysophytes
(B) Brown algae
(C) Euglenophyta
(D) Dinoflagellates
Dinoflagellates
(A) Two
(B) Three
(C) Four
(D) All five
Three
(A) Dinoflagellates
(B) Euglenoids
(C) Diatoms
(D) None
Diatoms
(A) Dinoflagellates
(B) Euglenoids
(C) Brown algae
(D) all
all
(A) Silica is metal
(B) No enzyme degrade silica in wall
(C) They have highly thin siliceous wall
(D) Both B and C
No enzyme degrade silica in wall
(A) Red Algae
(B) Brown Algae
(C) Diatoms
(D) Fungi
Diatoms
(A) Monera
(B) Protista
(C) Plantae
(D) Animalia
Plantae
(A) Diatom
(B) Dinoflagellates
(C) Amoeboid
(D) All
All
(A) Silica
(B) Calcium carbonate
(C) Keratin
(D) Calcium oxalate
Silica
(A) Euglenoids
(B) Green Algae
(C) Higher plants
(D) All
All
(A) Non-motile
(B) Unicellular
(C) PS II
(D) Nucleus presence
Nucleus presence
(A) Chl b
(B) Pellicle
(C) Flagella
(D) Oxygenic photosynthesis
Oxygenic photosynthesis
(A) Dinoflagellates
(B) Diatoms
(C) Euglenoids
(D) Mycobacterium
Mycobacterium
(A) Diatoms
(B) Dinoflagellates
(C) Slimemoulds
(D) Euglenoid
Slimemoulds
(A) Diatom
(B) Dinoflagellate
(C) Amoeba
(D) Euglena
Dinoflagellate
(A) Sporozoans
(B) Slime moulds
(C) Both A and B
(D) Amoeba
Slime moulds
(A) Dinoflagellate
(B) Euglena
(C) Diatom
(D) Amoeba
Diatom
(A) Diatoms - Chrysolaminarin
(B) Euglenoids - Paramylum
(C) Dinoflagellates - Starch
(D) Amoeba - Mannitol
Amoeba - Mannitol
(A) Green
(B) Red
(C) Blue
(D) All
All
(A) Dinoflagellate
(B) Euglenoid
(C) Diatom
(D) Slime mould
Euglenoid
(A) Pseudopodia
(B) Flagella
(C) Cilia
(D) Tentacles
Flagella
(A) Well defined nucleus
(B) Chl a
(C) Producers
(D) Presence of flagella
Presence of flagella
(A) Monera
(B) Protista
(C) Mycota
(D) Animalia
Protista
(A) Spore of Slime mould
(B) Diatom
(C) Plasmodium of slime mould
(D) Nostoc
Plasmodium of slime mould
(A) Chl a
(B) Motile
(C) Choloroplast number
(D) Chl b
Choloroplast number
(A) Flagella
(B) Cytopharynx
(C) Pellicle
(D) All
Pellicle
(A) Favorable condition
(B) Unfavorable condition
(C) Spore stage
(D) Presence of food
Unfavorable condition
(A) Madness
(B) Paralysis
(C) Syphilis
(D) Plague
Paralysis
(A) Water
(B) Air
(C) Air and water
(D) Sporangia bursting
Air
(A) Protozoa
(B) Euglenoids
(C) Diatom
(D) None
Protozoa
(A) Fresh water
(B) Marine
(C) Moist soil
(D) All
All
(A) Golden algae
(B) Euglenoids
(C) Dinoflagellates
(D) Slime Mould
Dinoflagellates
(A) Gonyaulax
(B) Oscillatoria
(C) Nostoc
(D) Desmids
Gonyaulax
(A) Soft cellulose plates
(B) Stiff cellulose plates
(C) Stiff cellulose and silica plates
(D) It is composed of calcium carbonate
Stiff cellulose plates
(A) Digestible
(B) Stiff
(C) Gritty
(D) Flexible
Gritty
(A) Hard
(B) Thin
(C) Thick
(D) Stiff
Thin
(A) Decomposers
(B) Aquatic
(C) Terrestial
(D) Parasitic
Aquatic
(A) Well defined nucleus
(B) Plasmid
(C) Cillia
(D) Flagella
Plasmid
(A) Chlorophyll
(B) Phycoerythrin
(C) Phycocyanin
(D) Fucoxanthin
Chlorophyll
(A) Chalmydomonas
(B) Euglenoids
(C) Dinoflagelates
(D) Bacteria
Chalmydomonas
(A) Euglena
(B) Gonyualax
(C) Ectocarpus
(D) All Amoeboid
Euglena
(A) Multicellular, prokaryotic, photosynthetic
(B) Unicellular, prokaryotic, photosynthetic
(C) Unicellular, eukaryotic, photosynthetic
(D) Multicellular, eukaryotic, photosynthetic
Unicellular, eukaryotic, photosynthetic
(A) Diatom
(B) Cilliated protozoans
(C) Sporozoans
(D) Slime moulds
Cilliated protozoans
(A) Shape and size
(B) Form and Habitat
(C) Morphology and Habitat
(D) Size and Nutrition
Morphology and Habitat
(A) Air and water
(B) Soil and on animals
(C) On Plants
(D) All
All
(A) It require warm and humid place
(B) Spore not dispersed in refrigerated
(C) Moisture absent
(D) Fungi get killed at low temperature
It require warm and humid place
(A) Filamentous
(B) Parenchymatous
(C) Aseptate hyphae
(D) Spore
Filamentous
(A) Phycomycetes
(B) Basidiomycetes
(C) Zygomycetes
(D) All
Basidiomycetes
(A) Phycomycetes
(B) Basidiomycetes
(C) Zygomycetes
(D) Ascomycetes
Ascomycetes
(A) Saprophytic
(B) Holozoic
(C) Parasitic
(D) Symbiotic
Saprophytic
(A) Fragmentation
(B) Conidia
(C) Budding
(D) Fission
Fragmentation
(A) Phycomycetes - Aseptate
(B) Zygomycetes - Zygospore
(C) Basidiomycetes - Aplanospore
(D) Deuteromycetes - Conidia
Basidiomycetes - Aplanospore
(A) Dikaryon visible in life cycle
(B) Conidia form
(C) Parasitic Fungi
(D) Septate hyphae
Conidia form
(A) Sugar fungi - non-Filamentous
(B) Neurospora - Delicacies
(C) Toad stool - Poisonous fungi
(D) Rhizopus - Aseptate
Neurospora - Delicacies
(A) Ascomycetes and Zygomycetes
(B) Oomycetes and Zygomycetes
(C) Phycomycetes and Basidiomycetes
(D) Zygomycetes and Phycomycetes
Oomycetes and Zygomycetes
(A) Mucor
(B) Rhizopus
(C) Albugo
(D) Neurospora
Albugo
(A) Aseptate and Coenocytic
(B) Filamentous and decomposers
(C) Can be Aquatic
(D) Asexual fruiting body absent
Asexual fruiting body absent
(A) Spore can be product of mitosis and meiosis
(B) Spore can undergo Mitosis
(C) Spore can be endogenous and exogenous in fungi
(D) Spore can develop into diploid fruting body
Spore can develop into diploid fruting body
(A) Agaricus
(B) Neurospora
(C) Albugo
(D) Both A and B
Agaricus
(A) Ustilago
(B) Puccinia
(C) Agaricus
(D) All
All
(A) Agaricus
(B) Morels
(C) Penicillin
(D) Puff ball
Morels
(A) Conidia
(B) Zygospore
(C) Zoospore
(D) None
None
(A) Belong to Ascomycetes
(B) Budding yeast
(C) Filamentous
(D) Known as sugar fungi
Filamentous
(A) Alternaria
(B) Colletotrichum
(C) Albugo
(D) Neurospora
Albugo
(A) Haploid , haploid
(B) Haploid , diploid
(C) Diploid , haploid
(D) Diploid , Diploid
Haploid , haploid
(A) Asexual Fruting body structue
(B) Mode of asexual spore formation
(C) Morphology of Mycelium
(D) All of the above
Morphology of Mycelium
(A) Dikaryon
(B) Secondary mycelium
(C) Primary mycelium
(D) Spore
Primary mycelium
(A) Giberella
(B) Alternaria
(C) Neurospora
(D) All
All
(A) Cellulose cell wall
(B) Zoospore
(C) Zygospore present
(D) All
Zygospore present
(A) Albugo
(B) Rhizopus
(C) Mucor
(D) All
Albugo
(A) Asexual spore and Diploid
(B) Aplanospore and Sporangiospore
(C) Sexual spore and haploid
(D) Haploid spore and Exogenous
Haploid spore and Exogenous
(A) Basidiocarp is short lived
(B) Basidium is dikaryotic
(C) Primary mycelium is short lived and not get time for deveoplment of Asexual fruting body
(D) Gametes absent
Primary mycelium is short lived and not get time for deveoplment of Asexual fruting body
(A) Aspergillus
(B) Claviceps
(C) Neurospora
(D) Penicillium
Aspergillus
(A) Claviceps
(B) Penicillium
(C) Morchella
(D) Agaricus
Claviceps
(A) Aspergillus niger
(B) Claviceps purpurea
(C) Albugo candida
(D) Morchella
Aspergillus niger
(A) Ascomycetes
(B) Basidiomycetes
(C) Deuteromycetes
(D) Phycomycetes
Basidiomycetes
(A) Trichophyton
(B) Ustilago
(C) Trichoderma
(D) Alternaria
Trichophyton
(A) Cyclosporin A
(B) Statin
(C) LSD
(D) Swiss cheese
Swiss cheese
(A) Trichoderma
(B) Ustilago
(C) Colletotrichum
(D) Alternaria
Colletotrichum
(A) Puccinia
(B) Neurospora
(C) Albugo
(D) All
Neurospora
(A) Secondary mycelium
(B) Primary mycelium
(C) Spore
(D) Basidium
Secondary mycelium
(A) Bread mould
(B) Sugar fungi
(C) Puff ball
(D) Pink mould
Puff ball
(A) Five
(B) Six
(C) four
(D) All
Five
(A) Puccinia - Wheat Rust
(B) Ustilago - Smut
(C) Alternaria - Early blight of potato
(D) White spots on crucifer - Neurospora
White spots on crucifer - Neurospora
(A) Grow on wood
(B) Have basidiocarp
(C) Belong to Ascomycetes
(D) Epixylic
Belong to Ascomycetes
(A) Bread mould
(B) Black mould
(C) Puff ball
(D) Fusarium
Bread mould
(A) Haploid spore form in basidiomycetes are always product of meiosis
(B) Two conidia form on same mycelium are genetically same
(C) Two basidiospore develop on same basidium are genetically same
(D) Plasmogamy is process can occur in somatic hyphae in agaricus
Two basidiospore develop on same basidium are genetically same
(A) Claviceps and Neurospora
(B) Puccinia and Trichoderma
(C) Colletotrichum and Agaricus
(D) Rhizopus and Trichoderma
Puccinia and Trichoderma
(A) Mitosis
(B) Meiosis
(C) Plasmogamy
(D) Karyogamy
Plasmogamy
(A) Mycelium and Ascocarp
(B) Mycelium and Conidiophore
(C) Conidia and Ascocarp
(D) Hyphae and Basidiocarp
Mycelium and Conidiophore
(A) Ascospore and conidia
(B) Ascospore and Ascospore
(C) Conidia and Conidia
(D) Ascocarp and Ascus
Ascospore and Ascospore
(A) Five
(B) Four
(C) Six
(D) Three
Five
(A) Truffles
(B) Puff ball
(C) Rhizopus
(D) Trichoderma
Truffles
(A) Phycomycetes
(B) Ascomycetes
(C) Basidiomycetes
(D) Deuteromycetes
Phycomycetes
(A) Mucor - Aseptate hyphae
(B) Claviceps - Septate hyphae
(C) Neurospora - Conidia
(D) Colletotrichum - Sex organ present
Colletotrichum - Sex organ present
(A) Aspergillus
(B) Puff ball
(C) Mucor
(D) Alternaria
Alternaria
(A) Cholera
(B) Plague
(C) Typhoid
(D) Ring worm
Ring worm
(A) Enzymes
(B) Hormones
(C) Sharp tipes
(D) Sugar Exudates
Enzymes
(A) Dikaryotic
(B) Autoecious
(C) Heterocious
(D) Heterothallic
Autoecious
(A) Alternaria
(B) Albugo
(C) Rhizopus
(D) Puccinia
Alternaria
(A) Heterotrophic nutrition
(B) Type of stored food
(C) Presence of chitin
(D) All the above
All the above
(A) Phycomycetes
(B) Ascomycetes
(C) Basidiomycetes
(D) Deuteromycetes
Ascomycetes
(A) A red Algae
(B) A green Algae
(C) A fungi
(D) Mycoplasma
A fungi
(A) Zygomycetes
(B) Oomycetes
(C) Deuteromycetes
(D) Ascomycetes
Ascomycetes
(A) Coenocytic and aseptate
(B) Coenocytic and septate
(C) Uninucleate and aseptate
(D) Multinucleate and septate
Coenocytic and aseptate
(A) Epixylic
(B) Coprophilous
(C) Keratinophillic
(D) Xyllophillous
Coprophilous
(A) Rhizopus
(B) Mucor
(C) Penicillium
(D) Both A and B
Both A and B
(A) Cellulose
(B) Starch
(C) Glycogen and starch
(D) Glycogen and oil
Glycogen and oil
(A) Formation of spores
(B) Hyphae
(C) Formation of ascospores
(D) Formation of zoospores
Formation of ascospores
(A) 4-ascospores
(B) 8-ascospores
(C) 16 ascopores
(D) 24 ascospores
8-ascospores
(A) Helminthosporium
(B) Alternaria
(C) Phytopthora infestence
(D) Pythium
Alternaria
(A) Basidiospores
(B) Mycelium
(C) Pseudomycelium
(D) Complete basidiocarp
Complete basidiocarp
(A) P. chrysogenum
(B) P. notatum
(C) Aspergillus flovus
(D) A. niger
P. notatum
(A) They have no cell wall
(B) No mycelium
(C) No sexual reporduction
(D) No asexual reporduction
No sexual reporduction
(A) Homothallic
(B) Heterothallic
(C) Heteroecious
(D) Autoecious
Heteroecious
(A) All mushrooms
(B) Edible mushrooms
(C) Poisonous mushrooms
(D) None
Poisonous mushrooms
(A) Ascomycetes
(B) Basidiomycetes
(C) Phycomycetes
(D) Deuteromycetes
Ascomycetes
(A) They yield antibiotics
(B) They are used in genetic studies
(C) They function as decomposers
(D) All the above
They function as decomposers
(A) Thallus
(B) Haustorium
(C) Mycelium
(D) Carpogonium
Mycelium
(A) Reserve food
(B) Sexual reproduction
(C) Flagella
(D) Structure of spores
Sexual reproduction
(A) Symbionts
(B) Parasites
(C) Saprophytes
(D) Heterotrophs
Heterotrophs
(A) Virus
(B) Bacteria
(C) Fungi
(D) Mycoplasma
Fungi
(A) Aspergillus
(B) Penicillium
(C) Fusarium
(D) Colletotrichum
Aspergillus
(A) Oxygenic
(B) Grow at high humidity & high temperature
(C) Multicellular
(D) Haploid body (mycelium)
Oxygenic
(A) Both is virus
(B) Both have RNA
(C) Both have single strand RNA
(D) Both have protein coat
Both have single strand RNA
(A) Made up of protein
(B) Made up of cellulose
(C) Lipid bilayer
(D) No cell wall
Lipid bilayer
(A) Butyric acid granules
(B) Fatty acid granules
(C) Protein granules
(D) Phosphate granules
Phosphate granules
(A) Coccus form
(B) Vibrio form
(C) Bacillus form
(D) Spirillum
Bacillus form
(A) Phycomycetes and basidiomycetes
(B) Basidiomycetes and deuteromycetes
(C) Deuteromycetes
(D) Phycomycetes
Deuteromycetes
(A) Conidiophore
(B) Conidia
(C) Septate hyphae
(D) All
All
(A) Absence of cell wall
(B) Nucleus
(C) Fix shape
(D) Mesosome present
Absence of cell wall
(A) Delayed karyogamy
(B) Zygospore
(C) Gametic meiosis
(D) Meiosis inside Ascus
Meiosis inside Ascus
(A) 2
(B) 3
(C) 4
(D) 5
5
(A) 9+ (2) flagella
(B) Chl a
(C) Habitat
(D) Eukaryotic
Habitat
(A) Parasite, plasmodium with true walls, spores dispersed by air currents
(B) Saprophytic, plasmodium without walls, spores dispersed by water
(C) Saprophytic, plasmodium without walls, spores dispersed by air currents
(D) Parasitic, plasmodium without walls, spores dispersed by water currents
Saprophytic, plasmodium without walls, spores dispersed by air currents
(A) Hepatitis virus
(B) Herpes virus
(C) Chicken pox
(D) QB bacteriophage
QB bacteriophage
(A) intracellular parasite
(B) RNA genome
(C) Helical symmetry of cpasid
(D) Animal virus
Animal virus
(A) Archaebacteria
(B) all Eubacteria
(C) All monera
(D) Protista
Archaebacteria
(A) Mycoplasma
(B) Heptatitis virus
(C) Viroids
(D) TMV
Heptatitis virus
(A) Diatom - silica
(B) Prions - Bovine spongiform encephalopathy
(C) Rhino virus - ss RNA virus
(D) Influenza virus - facultative parasite
Influenza virus - facultative parasite
(A) Chrometophore
(B) Cell wall
(C) Gas vacuole
(D) Mesosome
Mesosome
(A) Rhino virus and HIV
(B) Viroids and TMV
(C) QB bacteriophage and Influenza
(D) All of the above
All of the above
(A) Presence of chl. – `a’ and `b’
(B) Presence of contractile vacuole
(C) Presence of apical equal flagella
(D) Presence of proteinaceous pellicle
Presence of apical equal flagella
(A) Excretion
(B) Circulation
(C) Osmoregulation
(D) All the above
Osmoregulation
(A) Fungi
(B) Blue-green algae
(C) Slime mould
(D) Archaebacteria
Slime mould
(A) Dinoflagellates
(B) Baccilus
(C) Diatom
(D) Euglenoids
Diatom
(A) Diatom
(B) Dinoflagellates
(C) Some marine amoeboid
(D) Both A and C
Both A and C
(A) Made up of protein
(B) Related to neurological disorder
(C) Larger than Viroids
(D) Larger than virus
Larger than virus
(A) Paramecium
(B) Euglena
(C) Plasmodium
(D) Amoeba
Euglena
(A) Sporangiophores
(B) Ascospore
(C) Conidia
(D) Basidiospore
Conidia
(A) Heterotrophs
(B) Chemoautotroph
(C) Saprophytes
(D) Symbiotic
Chemoautotroph
(A) Basidiocarp
(B) Conidiophore
(C) Ascocarp
(D) Dikaryotic mycelium
Ascocarp
(A) Saprophytic
(B) Grow on wood
(C) Septate
(D) Ascospore
Ascospore
(A) a, & b are correct
(B) a, & c are correct
(C) a, b & c are correct
(D) b, & c are correct
a, & b are correct
(A) Euglena
(B) spore
(C) Pseudoplasmodium
(D) Plasmodium
Plasmodium
(A) Flagella
(B) Metaboly
(C) Pseudopodia
(D) Both `A’ and `B’
Both `A’ and `B’
(A) ontractile vacuole present
(B) Use in polishing and syrup making
(C) A rigid coat called Cellulose plates
(D) Mesokaryotic nature
Use in polishing and syrup making
(A) a-(iv), b-(i), c-(iii), d-(ii)
(B) a-(iii), b-(ii), c-(iv), d-(i)
(C) a-(ii), b-(i), c-(iii), d-(iv)
(D) a-(iv), b-(iii), c-(ii), d-(i)
a-(iv), b-(i), c-(iii), d-(ii)
(A) Can infect dicots
(B) RNA genome
(C) Single strand RNA
(A) a & b are correct
(B) a & c are correct
(C) a, b & c are correct
(D) b & c are correct
a, b & c are correct
(A) a, c, d
(B) a, b, d, e
(C) b, c, d, e
(D) c, d, e
a, b, d, e
(A) Membrane extensions
(B) Tubule, vesicle and lamellae shape
(C) Involve in Respiration
(D) All
All
(A) all bacteria have plasmid
(B) all bacteria have cell wall
(C) all bacteria have ribosome
(D) all bacteria have cell membrane Mark the most correct for bacteria
(A) A and B
(B) B and C
(C) C and D
(D) A and C
A and B
(A) presence of Chla
(B) flagella
(C) presence only in fresh water
(D) only few unicellular form surrounded by gelatinous sheath
presence of Chla
(A) Archaebacteria
(B) Corona virus
(C) Green purple bacteria
(D) Alternaris Mark the correct
(A) a and b
(B) a, b and c
(C) a, c and d
(D) b and c
a, c and d
(A) cell membrane
(B) flagella structure
(C) role of ribosome
(D) plasmid role Mark the correct
(A) a and b
(B) a, b and c
(C) all four
(D) a and c
a and c
(A) Phytopthora
(B) Rhizopus
(C) Giberella
(D) All
All
(A) Phycomycetes
(B) Zygomycetes
(C) Both Ascomycetes and basidiomycetes
(D) Only Ascomycetes
Only Ascomycetes
(A) Dominant member
(B) Decomposers
(C) Unicellular member
(D) 80-90 percent
Unicellular member
(A) Algae
(B) Fungi
(C) Both equal
(D) No fungi present
Fungi
(A) Sulphur
(B) Phosphorus
(C) Ca
(D) Nitrogen
Phosphorus
(A) monotrichous
(B) peritrichous
(C) lophotrichous
(D) atrichous
atrichous
(A) Carbon mono-oxide
(B) Sulphur dioxide
(C) Carbon dioxide
(D) All
Sulphur dioxide
(A) photoautotrophs
(B) photoheterotrophs
(C) chemoheterotrophs
(D) chemoautotrophs
photoautotrophs