11th class (FSc) Biology Unit 5 MCQs

Chapter 5 MCQs 11th Class Biology

Variety of Life:

a. Amaltas
b. Piyaz
c. Chana
d. Bathu

b. Piyaz

a. Race
b. Species
c. Family
d. Genus

b. Species

a. Regeneration
b. Binary fission
c. Conjugation
d. Budding

c. Conjugation

a. Connected to surrounding cells by plasmodesmata
b. Have chloroplasts
c. Surround stoma
d. Bean shaped

a. Connected to surrounding cells by plasmodesmata

a. Morphology
b. cytology
c. Genetic features
d. Physiology

a. Morphology

a. Families
b. Species
c. Orders
d. Genera

d. Genera

a. Lathyrus odoratus
b. Arachis hypogea
c. Lycopersicum esculentum
d. Solanum nignrum

a. Lathyrus odoratus

a. Homo sapiens
b. Allium cepa
c. Solanum tuberosum
d. Cassia fistuta

b. Allium cepa

a. Potato
b. Onion
c. Amaltas
d. Brinjal

d. Brinjal

a. Genus
b. Species
c. Family
d. Population

b. Species

a. Class
b. Genus
c. Species
d. Phylum

c. Species

a. Cortex
b. epidermis
c. Pericycle
d. Endodermis

d. Endodermis

a. Family
b. Division
c. Kingdom
d. Order

b. Division

a. Lamark
b. Pasteur
c. Linnaeus
d. De Duve

c. Linnaeus

a. 73.1 million
b. 1.5 million
c. 2.5 million
d. 53.1 million

b. 1.5 million

a. Species
b. Families
c. Classes
d. Genera

b. Families

a. Mays
b. Pisum
c. Zea
d. Solanum

c. Zea

a. Onion
b. Potato
c. Tomato
d. Tobacco

c. Tomato

a. Solanum tuberosum
b. Solanum melangenu
c. Zee mays
d. Cassic fistula

a. Solanum tuberosum

a. Species
b. Population
c. Order
d. Genera

a. Species

a. Genera
b. Classes
c. Species
d. Families

d. Families

a. zea mays
b. Avena sativa
c. Solanum tuberosum
d. Triticum aestivum

a. zea mays

a. Planate
b. Poles
c. Poaceae
d. Anthophyta

b. Poles

a. English
b. Latin words
c. Spanish
d. Greek words

b. Latin words

a. 1756
b. 1750
c. 1758
d. 1763

c. 1758

a. Silver fish
b. Hag fish
c. Star fish Starfish
d. Cuttle fish

a. Silver fish

a. Brinjal
b. Onion
c. Tomato
d. Potato

a. Brinjal

a. E chatton
b. Robert whittaker
c. Carlous Linnaeus
d. Ernst hackle

c. Carlous Linnaeus

a. Embryonic histories
b. Developmental histories
c. Evolutionary histories
d. All of these

c. Evolutionary histories

a. Species
b. Community
c. Genus
d. Individual

a. Species

a. Phylum
b. Species
c. Kingdom
d. Genus

c. Kingdom

a. Orders
b. Phyla
c. Families
d. Classes

b. Phyla

a. Lynx Margullis
b. Louis Pasteur
c. Lean Baptiste de-Lamark
d. Carlous Linnaeus

d. Carlous Linnaeus

a. Latin word
b. Greek word
c. Urdu word
d. Arabic word

a. Latin word

a. Nominal nomenclature
b. Binomial classification
c. Binomial nomenclature
d. Linnaeus nomenclature

c. Binomial nomenclature

a. Homo sapiens
b. Allium cepa
c. Solanum tuberosum
d. Cassia fistula

d. Cassia fistula

a. Homo sapiens
b. Allium cepa
c. Solanum tuberosum
d. Cassia fistula

a. Homo sapiens

a. Homo sapiens
b. Allium cepa
c. Solanum tuberosum
d. Cassia fistula

c. Solanum tuberosum

a. Solanum malengena
b. Allium cepa
c. Solanum tuberosum
d. Cassia fistula

a. Solanum malengena

a. Extinct
b. Known
c. Disappeared
d. Dead

b. Known

a. Function
b. Form
c. Structure
d. Both a & b

d. Both a & b

a. Categorization
b. Nomenclature
c. Arrangement
d. Classification

d. Classification

a. Families
b. Species
c. Orders
d. Genera

c. Orders

a. Families
b. Species
c. Orders
d. Genera

d. Genera

a. Individuals
b. Families
c. Genera
d. Population

a. Individuals

a. Fabaceae
b. Poaceae
c. Brasicaceae
d. Solanaceae

b. Poaceae

a. 1743
b. 1723
c. 1753
d. 1733

c. 1753

a. Species
b. Phylum
c. Classes
d. Order

a. Species

a. Ecology
b. Genetic
c. Zoology
d. Classification

d. Classification

a. 1758
b. 1757
c. 1753
d. 1752

a. 1758

a. Genera
b. Orders
c. Families
d. Classes

d. Classes

a. Species
b. Individuals
c. Orders
d. Families

a. Species

a. Solanum melangena
b. Allium cepa
c. Zea mays
d. Cassia fistula

c. Zea mays

a. Either unicellular or multicellular
b. Multicellular
c. Have sexual reproduction
d. Motile

b. Multicellular

a. Nucleic acid
b. Genetics
c. Mode of nutrition
d. Cellular organization

b. Genetics

a. Plantae
b. Monera
c. Protectista
d. Fungi

c. Protectista

a. Robbert whittaker
b. Herbert copland
c. Mergulis and Schwartz
d. John hogg

d. John hogg

a. Having sexual reproduction
b. Multicellular
c. Motile
d. None of these

b. Multicellular

a. Protista
b. Animalia
c. Planate
d. Monera

c. Planate

a. Robert whittaker
b. Ernst hackle
c. e-chatton
d. Linnaeus

b. Ernst hackle

a. Fungi
b. Monera
c. Protista
d. Planate

c. Protista

a. Fungi
b. Monera
c. Animalia
d. Protista

a. Fungi

a. Linnaeus
b. E.chatton
c. Robert Whittaker
d. Ernst Haeckel

c. Robert Whittaker

a. Phototrophs
b. Autotrophs
c. Chemotrophs
d. Heterotrophs

b. Autotrophs

a. Saprotrohps
b. Autotrophs
c. Chemotrophs
d. Heterotrophs

d. Heterotrophs

a. Linnaeus Carolus
b. E-Chatton
c. Aristotle
d. Ernst Hackle

d. Ernst Hackle

a. Linnaeus Carlous
b. Louis Pasteur
c. E-Chatton
d. Ernst Hackle

c. E-Chatton

a. Fungi
b. Protists
c. Animals
d. Bacteria

a. Fungi

a. Carlous Linnaeus
b. Robert Whittaker
c. Ernst Hackle
d. Margullis & Schwartz

b. Robert Whittaker

a. Viruses
b. Bacteria
c. Cyanobacteria
d. Both a & b

d. Both a & b

a. Phytophthora
b. Euglena
c. Amoeba
d. All of these

d. All of these

a. Pencillium
b. Mushrooms
c. Yeasts
d. All of these

d. All of these

a. Producers
b. Consumers
c. Decomposers
d. Reducers

b. Consumers

a. E-Chatton
b. Robert Whittaker
c. Ernst Hackle
d. Margullis & Schwartz

b. Robert Whittaker

a. E-Chatton
b. Robert Whittaker
c. Ernst Hackle
d. Margullis & Schwartz

d. Margullis & Schwartz

a. Fungi
b. Plantae
c. Monera
d. Animalia

b. Plantae

a. Plants
b. Algae
c. Fungi
d. Protists

c. Fungi

a. Robert Hooke
b. Robert Koch
c. Robert Brown
d. Robert Whittaker

d. Robert Whittaker

a. By the host cell
b. On the viral ribosomes
c. On the interior surface of vital coat
d. On the interior surface of viral memhrane

b. On the viral ribosomes

a. Viral lysozyme
b. Virus
c. Viral gene
d. Viral protein

b. Virus

a. Rapidly looses its genome chemically inert
b. Separates into two inert parts
c. Is coated with an air tight shield
d. Cannot metabolize

b. Separates into two inert parts

a. Digested in to its nucleotides
b. Replicated
c. Turned on by removal of a protein coat
d. Turned off by a protein coat

b. Replicated

a. Is immediately degraded when it enters the host?
b. Joins the bacterial chromosome
c. Goes directly to the host’s ribosome for translation
d. Attaches to the inner surface of the host membrane

b. Joins the bacterial chromosome

a. Virioid
b. Prophage
c. Retrovirus
d. Capsid

b. Prophage

a. Reproductive compatibilities with other species
b. Morphological similarities with other species
c. Geographical distribution
d. Evolutionary history

b. Morphological similarities with other species

a. Hepatitis C
b. Hepatitis A
c. Hepatitis D
d. Hepatitis B

b. Hepatitis A

a. T- lymphocytes
b. HIV
c. Host specific
d. Acquired immune deficiency syndrome

b. HIV

a. Proteins
b. Sucrose
c. Glycogen
d. Starch

a. Proteins

a. Spirochete
b. Pseudomonas
c. Campylobacter
d. coli

d. coli

a. Asthma
b. Cancer
c. Emphysema
d. Tuberculosis

b. Cancer

a. DNA enveloped virus
b. DNA naked virus
c. Complex virus
d. RNA naked virus

a. DNA enveloped virus

a. Fungi
b. Algae
c. Virus
d. Bacteria

c. Virus

a. Bacteriophages
b. Pox virus
c. Herpes virus
d. Adenovirus

a. Bacteriophages

a. Influenza
b. Cholera
c. Polio
d. Hepatitis

b. Cholera

a. B- Lymphocyte
b. A- monocyte
c. T- Lymphocyte
d. T-monocyte

c. T- Lymphocyte

a. Polio
b. Bacteriophage
c. Mumps
d. Small pox

a. Polio

a. Hepatitis C
b. Hepatitis A
c. Hepatitis D
d. Hepatitis B

a. Hepatitis C

a. Triplex
b. Simplex
c. Quardruplex
d. Duplex

b. Simplex

a. Prion
b. Virion
c. Fungi
d. Bacteria

a. Prion

a. Virus
b. Fungi
c. Lichen
d. Bacteria

a. Virus

a. Fungi
b. Virus
c. Protozoa
d. Bacteria

b. Virus

a. Virology
b. Biology
c. Taxonomy
d. Cytology

a. Virology

a. Polio virus
b. Pox virus
c. Adeno virus
d. Paramyxo virus

d. Paramyxo virus

a. Measles
b. Small pox
c. Mumps
d. Yellow fever

b. Small pox

a. Herpes virus
b. Polio virus
c. Influenza virus
d. Pox viruses

d. Pox viruses

a. 352
b. 152
c. 452
d. 252

d. 252

a. Hepatitis C virus
b. Hepatitis A virus
c. Hepatitis D virus
d. Hepatitis B virus

b. Hepatitis A virus

a. Injection
b. Penetration
c. Adsorption
d. None of these

c. Adsorption

a. Proteins
b. Lipids
c. Nucleic acid
d. None of these

a. Proteins

a. Capomeres
b. Capsidomeres
c. Protomeres
d. capsomeres

a. Capomeres

a. Capsid
b. Capsomere
c. Centromere
d. None of these

a. Capsid

a. Virions
b. Viruses
c. Prions
d. Viroids

c. Prions

a. Influenza
b. Mumps
c. Polio
d. Measles

b. Mumps

a. Prions
b. Bacteria
c. Virion
d. Fungus

a. Prions

a. Influenza
b. Measles
c. Herpes
d. Mumps

d. Mumps

a. Malaria
b. Typhoid
c. Sleeping sickness
d. AIDS

d. AIDS

a. Bacterial
b. Animal
c. Fungal
d. Plant

a. Bacterial

a. Infusion hepatitis
b. Delta hepatitis
c. Serum hepatitis
d. Infectious hepatitis

c. Serum hepatitis

a. 250 campsomeres
b. 252 capsomeres
c. 100 capsomeres
d. 162 capsomeres

d. 162 capsomeres

a. Reverse transcriptase
b. Pancreatic
c. Phosphofructokinase
d. Salivary amylase

a. Reverse transcriptase

a. Delta hepatitis
b. Serum hepatitis
c. Bacteria hepatitis
d. Infectious hepatitis

a. Delta hepatitis

a. Mumps &measles
b. Influenza
c. Herpes simple
d. Polio

a. Mumps &measles

a. Spiral
b. Spherical
c. Cubical
d. Elongated

b. Spherical

a. 30 faces
b. 10 faces
c. 40 faces
d. 20 faces

d. 20 faces

a. DNA enveloped
b. Enveloped RNA viruses
c. DNA naked viruses
d. Non developed RNA viruses

b. Enveloped RNA viruses

a. Retrovirus
b. Pox virus
c. Bacteriophage
d. DNA viruses

a. Retrovirus

a. Liver
b. Stomach
c. Kidney
d. Pancreas

a. Liver

a. 35 min
b. 15 min
c. 05 min
d. 25 min

d. 25 min

a. Hepatitis E
b. Hepatitis A
c. Hepatitis B
d. None

c. Hepatitis B

a. Deduction
b. Induction
c. Penetration
d. Lysogney

d. Lysogney

a. Dog
b. Cat
c. Pigs
d. Monkey

d. Monkey

a. Influenza
b. Mumps
c. Polio
d. Measles

b. Mumps

a. Polio virus
b. Pox virus
c. Adeno virus
d. Paramyxo virus

d. Paramyxo virus

a. Bacteria
b. Cyanobacteria
c. Euglena
d. Yeast

a. Bacteria

a. Facultative intracellular parasites
b. Obligate intracellular parasites
c. Facultative extracellular parasites
d. Obligate extracellular parasite

b. Obligate intracellular parasites

a. Fission
b. Fragmentation
c. Replication
d. Budding

c. Replication

a. Fatty acid &protein
b. RNA &protein
c. Amino acid &protein
d. Nucleic acid& protein

d. Nucleic acid& protein

a. Capsid
b. Cap
c. Capsomere
d. Protocoat

a. Capsid

a. Cover
b. Sheath
c. Wrapper
d. Envelop

d. Envelop

a. Capsonucleoid
b. Nucleoid
c. Nucleocapsid
d. Both a & b

c. Nucleocapsid

a. 5 faces
b. 20 faces
c. 2 faces
d. 10 faces

b. 20 faces

a. Spherical
b. Spiral
c. Tadpole shaped
d. Rod shaped

d. Rod shaped

a. Trunk
b. Tail
c. Head
d. Neck

c. Head

a. Bacteriophage
b. Bacteria
c. Virus
d. Cyanobacteria

a. Bacteriophage

a. Stimulation
b. Introduction
c. Induction
d. Initiation

c. Induction

a. Enveloped RNA virus
b. DNA enveloped virus
c. Non-enveloped RNA virus
d. Non-enveloped DNA virus

b. DNA enveloped virus

a. DNA virus
b. DNA-RNA virus
c. RNA-DNA virus
d. RNA virus

a. DNA virus

a. Enveloped RNA virus
b. Enveloped DNA virus
c. Non-enveloped RNA virus
d. Non-enveloped DNA virus

a. Enveloped RNA virus

a. Myelitis virus
b. Polio virus
c. Pol virus
d. Both a & b

b. Polio virus

a. Breast feeding
b. Intimate sexual contact
c. Contact with blood
d. All of these

d. All of these

a. Stomach
b. Kidney
c. Bladder
d. Liver

d. Liver

a. Drugs
b. Viral infection
c. Toxic agents
d. All of these

d. All of these

a. Cough
b. Fever
c. Shivering
d. Cold

b. Fever

a. Hepatitis E
b. Hepatitis A
c. Hepatitis G
d. Hepatitis C

d. Hepatitis C

a. Non-B- Hepatitis
b. Non-A hepatitis
c. Non-D- hepatitis
d. Both a & b

d. Both a & b

a. Stomach
b. Kidney
c. Liver
d. Intestine

c. Liver

a. C
b. A
c. D
d. B

d. B

a. DNA virus
b. DNA-RNA virus
c. RNA-DNA virus
d. RNA virus

a. DNA virus

a. Death
b. Disease
c. Life
d. Both a & b

d. Both a & b

a. Harmful fluid
b. Toxic fluid
c. Teasing fluid
d. Poisonous fluid

d. Poisonous fluid

a. Disease
b. Virus
c. Wounds
d. Bacteria

a. Disease

a. Washable
b. Riddle able
c. Filterable
d. Drainable

c. Filterable

a. Viruses
b. Bacteriophages
c. Algae
d. Bacteria

b. Bacteriophages

a. Electron microscope
b. Compound microscope
c. Telescope
d. Dissecting microscope

a. Electron microscope

a. Tetracycline
b. Penicillin
c. Streptomycin
d. All of these

d. All of these

a. Capsidomeres
b. Capsomeres
c. Both a & b
d. None of these

b. Capsomeres

a. 252
b. 100
c. 352
d. 200

a. 252

a. Bilateral symmetry
b. Radial symmetry
c. Helical symmetry
d. Asymmetry

c. Helical symmetry

a. Algal studies
b. Bacterial studies
c. E.coli studies
d. Phage studies

d. Phage studies

a. Tadpole
b. Cub
c. Eaglet
d. Calf

a. Tadpole

a. Binding site
b. Receptor site
c. Adsorption site
d. Active site

b. Receptor site

a. Synthetic area
b. DNA
c. Biosynthetic machinery
d. Protein

c. Biosynthetic machinery

a. 300
b. 100
c. 600
d. 200

d. 200

a. Avirulent phage
b. Temperate phage
c. Lysogenic phage
d. All of these

d. All of these

a. Triplex
b. Simplex
c. Quadruple
d. Duplex

b. Simplex

a. Myxovirus
b. Parvovirus
c. Paravirus
d. Paramyxoviruses

d. Paramyxoviruses

a. Mumps
b. Measles
c. Cow pox
d. Small pox

a. Mumps

a. Helical capsid
b. Oval capsid
c. Spherical capsid
d. Cubical capsid

c. Spherical capsid

a. Spiral
b. Spherical
c. Cubical
d. Elongated

b. Spherical

a. 150nm
b. 10nm
c. 200nm
d. 100nm

d. 100nm

a. 1980’s
b. 1940’s
c. 2000’s
d. 1960’s

a. 1980’s

a. B-lymphocyte
b. A-monocyte
c. T-lymphocyte
d. T-monocyte

c. T-lymphocyte

a. Spit
b. Faces
c. Body
d. Urine

b. Faces

a. HEV
b. HCV
c. HFV
d. HDV

b. HCV

a. 1/1000
b. 1/10
c. 1/10000
d. 1/100

a. 1/1000

a. Louis Pasteur
b. Edward Jenner
c. Twort
d. Edward Jacky

b. Edward Jenner

a. Hepatitis
b. Polio
c. Influenza
d. Tobacco mosaic

d. Tobacco mosaic

a. Previrus
b. Parvoviruses
c. Protovirus
d. Provirus

b. Parvoviruses

a. Capsid
b. Head
c. Capon
d. Tail

a. Capsid

a. Pseudomonas
b. Salmonella typhi
c. Escherichia coli
d. Mycoplasma

c. Escherichia coli

a. Bacterial cell
b. Animal cell
c. Fungal cell
d. Plant cell

a. Bacterial cel

a. Ligase
b. Lipase
c. Erypsin
d. Lysozyme

d. Lysozyme

a. Lentic
b. Lytic
c. Lysogenic
d. Lotic

b. Lytic

a. Active
b. Receptor
c. Skin
d. Binding

c. Skin

a. Reverse transcriptase
b. Transcriptase
c. DNA polymerase
d. RNA polymerase

a. Reverse transcriptase

a. Circulatory
b. Central nervous
c. Respiratory
d. Digestive

b. Central nervous

a. Blood
b. Water
c. Spit
d. Faces

d. Faces

a. C
b. D
c. F
d. E

a. C

a. Charles Chamberland
b. CHarles Loya
c. Robert Koch
d. Charles Boyl

a. Charles Chamberland

a. Bacteria hater
b. Bacteria supporter
c. Bacteria eater
d. Bacteria lover

c. Bacteria eater

a. Prion
b. Virion
c. Both a & b
d. None

b. Virion

a. Nude virions
b. Bare virions
c. Stripped virions
d. Naked virions

d. Naked virions

a. Head & tail
b. Head, neck &tail
c. Trunk & tail
d. Head, neck, trunk &tail

a. Head & tail

a. Lytic & logic cycle
b. Lytic ^ lysic cycle
c. Lytic & lysogenic cycle
d. Lytic ^ lotic cycle

c. Lytic & lysogenic cycle

a. Viral RNA
b. Viral DNA
c. All of these
d. Viral protein

b. Viral DNA

a. Tracheid
b. Vesicles
c. Furrows
d. Pocks

d. Pocks

a. DNA-RNA viruses
b. DNA viruses
c. RNA-DNA viruses
d. RNA viruses

d. RNA viruses

a. Measles
b. AIDS
c. Mumps
d. Hepatitis

b. AIDS

a. HIDV
b. Human immunodeficiency virus
c. HIV
d. Both a & b

d. Both a & b

a. South Africa
b. South America
c. Pakistan
d. France

a. South Africa

a. Hepatitis D
b. Hepatitis A
c. Hepatitis E
d. Hepatitis B

c. Hepatitis E

a. Measles
b. Hepatitis
c. Herpes simplex
d. AIDS

b. Hepatitis

Similar Posts

Leave a Reply

Your email address will not be published. Required fields are marked *