Class 11 Biology Chapter 4 - Animal Kingdom NEET MCQ DPP
Chapter 4 - Animal Kingdom
(A) Body can be divided into two equal halves by a single plane only
(B) The organisms that show bilateral symmetry have paired body organs that occur on the two sides of a central axis
(C) It is found in all invertebrates and few vertebrates
(D) Spider and crab show bilateral symmetry
It is found in all invertebrates and few vertebrates
(A) the number of invaginations during embryonic development
(B) the number of heads during embryonic development
(C) the number of germinal layers during embryonic development
(D) the number of cell types during development
the number of germinal layers during embryonic development
(A) Both statements 1 and 2 are correct and statement 2 is the correct explanation of statement 1
(B) Both statements 1 and 2 are correct but statement 2 is not the correct explanation of statement 1
(C) Statement 1 is correct and statement 2 is incorrect
(D) Both statements 1 and 2 are incorrect
Both statements 1 and 2 are incorrect
(A) diploblastic, triploblastic
(B) triploblastic, diploblastic
(C) diploblastic, diploblastic
(D) triploblastic, triploblastic
diploblastic, triploblastic
(A) Radial symmetry - Coelenterates
(B) Coelomates - Aschelminthes
(C) Metamerism - Molluscs
(D) Triploblastic - Sponges
Radial symmetry - Coelenterates
(A) Cockroach (Arthropoda)
(B) Round worm (Aschelminthes)
(C) Planaria (Platyhelminthes)
(D) Earthworm (Annelida)
Planaria (Platyhelminthes)
(A) Pennatula
(B) Paramoecium
(C) Taenia solium
(D) Ascaris
Pennatula
(A) Locomotion
(B) Offence & defence
(C) Reproduction
(D) Nutrition
Offence & defence
(A) Porifera
(B) Coelenterata
(C) Mollusca
(D) Echinodermata
Coelenterata
(A) Ascaris
(B) Earth worm
(C) Liver Fluke
(D) Hydra
Hydra
(A) They are present on tentacles and the body
(B) They are used for anchorage, defence and for capture the prey
(C) They contain stinging capsule or nematocysts
(D) All
All
(A) Obelia
(B) Physalia
(C) Eupectella
(D) Meandrina
Physalia
(A) Silicious
(B) CaCO3
(C) Chitinous
(D) Proteinaceous
CaCO3
(A) Coelenterata
(B) Ctenophora
(C) Mollusca
(D) Echinodermata
Ctenophora
(A) Hydra
(B) Adamsia
(C) Both A and B
(D) Aurelia (Jelly fish)
Both A and B
(A) Sea cow
(B) Sea cucumber
(C) Sea fan
(D) Sea horse
Sea fan
(A) Hydra
(B) Adamsia
(C) Both A and B
(D) Aurelia
Both A and B
(A) Hydra
(B) Adamsia (sea anemone)
(C) Aurelia
(D) Obelia
Obelia
(A) Portuguese man of war - Physalia
(B) Pennatula - Sea pen
(C) Gorgonia - Sea Fan
(D) Hydra - Sea Cucumber
Hydra - Sea Cucumber
(A) Cnidaria
(B) Ctenophora
(C) Echinodermata
(D) Annelida
Ctenophora
(A) They have similarities with cnidaria
(B) They have 8 external rows of ciliated comb plates for locomotion
(C) Bioluminescence
(D) All
All
(A) Roundworms
(B) Flatworms
(C) Bindworms
(D) Pinworms
Flatworms
(A) Triploblastic
(B) Acoelomate
(C) Bilateral symmetry
(D) Parasitism exclusively
Parasitism exclusively
(A) All are coelomate
(B) All are found in gut
(C) All have flattened bodies
(D) All are free living
All have flattened bodies
(A) Flame cells are excretory organ and osmoregulatory
(B) Mostly endoparasites
(C) Bisexual, internal fertilization manylarval stage
(D) All
All
(A) Hooks and suckers are present
(B) Absorption of food through body surface
(C) Both (A) & (B)
(D) Complex digestive system
Both (A) & (B)
(A) Ascans (Roundworm)
(B) Wuchereria (Filarial worm)
(C) Ancylostoma (Hookworm)
(D) Flatworm
Flatworm
(A) Parasitism
(B) Acoelomate nature
(C) Triploblastic
(D) Pseudocoelomate
Triploblastic
(A) Free-living aquatic, terrestrial or parasites in animals and plants
(B) With complete alimentary canal with muscular pharynx, Excretory tube with pore
(C) Are dioecious showing sexual dimorphism, internal fertilization, direct or indirect development
(D) All
All
(A) Their larvae are round in shape
(B) Their body is round like disc
(C) Their stomach is round shape
(D) Their thread like body is circular in cross section
Their thread like body is circular in cross section
(A) Radially symmetrical
(B) Bilaterally symmetrical
(C) Asymmetrical
(D) Metamerically segmented
Radially symmetrical
(A) the embryhonic layers ectoderm and endoderm, are separated by mesoglea
(B) The body is asymmetrical
(C) There is tissue level of organization
(D) The body cavity is absent
The body cavity is absent
(A) Artropoda
(B) Aschelminthes
(C) Ctenophora
(D) Platyhelminthes
Artropoda
(A) Porifera
(B) Cnidaria
(C) Ctenophora
(D) Corals
Ctenophora
(A) They have tentacles that trap food particles
(B) they have photosynthetic
(C) they absorb predigested food through their cell wall from dinoflagellates which are photosynthetic
They have tentacles that trap food particles
(A) roundworms only
(B) flatworms only
(C) Both (A) and (B)
(D) neither (A) nor (B)
roundworms only
(A) Aurelia - comb jelly
(B) Adamsia - sea anemone
(C) Ancylostoma - pin worm
(D) Aplysia - sea mouse
Adamsia - sea anemone
(A) Porifera
(B) Echinodermata
(C) Ctenophora
(D) Hemichordata
Ctenophora
(A) A, B
(B) A, C
(C) B, C
(D) None
A, B
(A) Nephridia
(B) AMeameres/segments
(C) Parapodia
(D) Antenna
AMeameres/segments
(A) Aschelminthes
(B) Chordata
(C) Echinodermata
(D) Annelida
Annelida
(A) Nereis
(B) Pheretime (Earthworm)
(C) Hirudinaria (Leech)
(D) All
Hirudinaria (Leech)
(A) A closed circular system - Annelida
(B) Neresis - Aquatic, Dioecious
(C) Pheretima and Leech -Monoecious
(D) All
All
(A) Are aquatic (marine, freshwater), terrestrial, freeliving and sometimes parasite
(B) Have neural system which consists of paired ganglia connected by lateral nerves to double ventral nerve cord
(C) Non-segmented
(D) (A) and (B)
(A) and (B)
(A) A-locust, B-Scorpion, C-APrawn, D-Pila
(B) A-Locust, B-Prawn, C-Scorpion, D-Pila
(C) A-Locust, B-Scorpion, C-Prawn, D-Snail
(D) A-Butterfly, B-Scorpion, C-Prawn, D-Pila
A-locust, B-Scorpion, C-APrawn, D-Pila
(A) Annelida
(B) Arthropoda
(C) Chordata
(D) Mollusca
Arthropoda
(A) Apis (Honey bee)
(B) Bormyx (Silkworm)
(C) Laccifer (Lac insect)
(D) All
All
(A) Anopheles
(B) Culex
(C) Aedes
(D) All
All
(A) Limulus (King crab)
(B) Locusta (Locust) - a gregarious pest
(C) Both
(D) none
Limulus (King crab)
(A) Antennae
(B) Simple and compound eyes
(C) Statocysts for balance
(D) All
All
(A) Gills
(B) Book Gills
(C) Book lungs or Trachea
(D) All
All
(A) Terapoda
(B) Arthropoda
(C) Annelida
(D) Haemichordata
Arthropoda
(A) General body surface
(B) Flame cells
(C) Malpighian tubules
(D) Nephridia
Malpighian tubules
(A) Are mostly dioecious
(B) Are mostly oviparous
(C) Show usually internal fertilization and direct or indirect development
(D) All
All
(A) Platyhelminthes
(B) Annelida
(C) Ascheminthes
(D) Arthropoda
Platyhelminthes
(A) Platyhelminthes
(B) Annelida
(C) Ascheminthes
(D) Arthropoda
Platyhelminthes
(A) Annelida, Arthropoda and Chordata
(B) Annelida, Arthropoda and Mollusca
(C) Arthropoda, Mollusca and Chordata
(D) Annelida, Mollusca and Chordata
Annelida, Arthropoda and Chordata
(A) Annelids
(B) Adult Echinoderms
(C) Aschelminthes
(D) Platyhelminthes
Annelids
(A) Mollusca
(B) arthopoda
(C) Chordata
(D) Cnidaria
Mollusca
(A) Operculum
(B) Mantle
(C) Hump
(D) Radula
Radula
(A) Unsegmented
(B) Soft bodied
(C) Shelled
(D) All of these
All of these
(A) Foot, Radula and the Mantle
(B) Foot, visceral mass (hump) and mantle
(C) Visceral mass, Mantle, shell
(D) Foot, Radula, Visceral mass
Foot, visceral mass (hump) and mantle
(A) Mantle cavity, gill
(B) Body cavity and shell
(C) Viscera and shell
(D) Shell and Viscera
Mantle cavity, gill
(A) Unio
(B) Pila
(C) Oyster (Pinctada)
(D) Octopus
Oyster (Pinctada)
(A) Sea Mouse
(B) Sea Hare (Aplysia)
(C) Sea cow
(D) Sea Horse
Sea Hare (Aplysia)
(A) Dentalium -“ Tusk Shell
(B) Sepia - Cuttle fish
(C) Loligo - Squid
(D) Pila - Chiton
Pila - Chiton
(A) Cuttlefish
(B) Octopus (Devil fish)
(C) Myxine (Hag fish)
(D) All
All
(A) In molluscs gills have respiratory and excretory functions
(B) In molluscs the head has sensory tentacles
(C) Molluscs are dioecious, oviparous with indirect development
(D) None
None
(A) Mollusca - Pila (Apple Snail), Chaetopleura (Chiton)
(B) Echinodermata - Echinus (Sea urchin), Antedon (Sea lily), Cucumaria (Sea cucumber)
(C) Echinodermata - Spiny bodied
(D) None
None
(A) Echinodermata
(B) Hemichordata
(C) Protochordates
(D) All
All
(A) Arthropoda
(B) Echinodermata
(C) Molluscs
(D) Bony fishes
Echinodermata
(A) Echinodermata
(B) Arthropoda
(C) Mollusca
(D) Annelida
Echinodermata
(A) Locomotion
(B) Capture and transport food
(C) Respiration
(D) All
All
(A) Silica
(B) CaCO3
(C) Protein
(D) Spongin
CaCO3
(A) Mollusca
(B) Hemichordata
(C) Echinodermta
(D) Annelida
Echinodermta
(A) Proboscis
(B) A collar
(C) Trunk
(D) All
All
(A) Open type of circulatory system
(B) Respiration by gill
(C) Proboscis gland / glomerulus as excretory organ
(D) All
All
(A) Now hemichordate has been placed under nonchordates because of absence of notochord
(B) Saccoglossus is a hemichordate
(C) Hemichordate is worm-like marine animal
(D) All
All
(A) All living members of the class Cyclostomata are ectoparasites on some fishes
(B) Cranium and Vertebral column are cartilaginous
(C) No paired fins
(D) All
All
(A) Carcharodon (Great white shark), Trygon (Sting ray)
(B) Exocoetus(Flying fish), Catla(Katla), Clanas(Magur)
(C) Scoliodon(Dog fish)
(D) Pristis(Saw fish)
Exocoetus(Flying fish), Catla(Katla), Clanas(Magur)
(A) Flying fish
(B) Hippocampus (Sea Horse)
(C) Both a and b
(D) Labeo (Rohu), Catla, Clarias
Both a and b
(A) Betta (fighting fish), Pterophyllum(Angel fish)
(B) Sea horse
(C) Dog fish
(D) Saw fish
Betta (fighting fish), Pterophyllum(Angel fish)
(A) Chondrichthyes
(B) Osteichthyes
(C) Agnatha/Cyclostomata
(D) Amphibia
Agnatha/Cyclostomata
(A) A-I, III, V B-I, II
(B) A-II, IV B-I, III, V
(C) A-III, V B-I, II, IV
(D) A-I, II, IV B-III, V
A-II, IV B-I, III, V
(A) Gill slits are separate and without operculum
(B) They are predaceous
(C) Airbladder is present
(D) Notochord is persistent throughout the life
Airbladder is present
(A) Cyclostomata
(B) Chondrichthyes
(C) Osteichthyes
(D) Amphibia
Chondrichthyes
(A) Cycloid
(B) Ctenoid
(C) Ganoid
(D) Placoid
Placoid
(A) Both cartilaginous and bony fishes are dioecious
(B) Cartilaginous fishes show sexual dimorphism
(C) Male cartilaginous fish has claspers
(D) Female cartilaginous fish has claspers
Female cartilaginous fish has claspers
(A) Skin is moist and without scales
(B) Cloaca is present
(C) Dioecious, external fertilization, oviparous,indirect development
(D) Amniotic egg is present
mniotic egg is present
(A) Bufo (Toad)
(B) Rana (Frog)
(C) Salamandra
(D) Ichthyophis
Ichthyophis
(A) Hyla
(B) Toad
(C) Bufo
(D) Salamander
Hyla
(A) Fishes, Amphibia, reptiles
(B) Birds and Mammals
(C) Only mammals
(D) Only birds
Birds and Mammals
(A) Tympanum represents the ear
(B) External fertilization and indirect development
(C) Dioecious, oviparous
(D) Cold blooded or poikilotherms
External fertilization and indirect development
(A) All are correct
(B) I and IV are correct
(C) Only III is wrong
(D) Only II is wrong
Only III is wrong
(A) Dioecious forms
(B) Oviparous, internal fertilization
(C) Creeping/Crawling locomotion
(D) Direct development
Creeping/Crawling locomotion
(A) Gill
(B) Scales
(C) Laying eggs
(D) Shelled
Laying eggs
(A) Creeping or crawling mode of locomotion
(B) Scales
(C) Tympanum
(D) None
Creeping or crawling mode of locomotion
(A) Most reptiles are terrestrial
(B) Reptiles have 3 or 3.5 chambered heart except crocodile (has 4 chambered heart)
(C) Snakes and lizards shed their skins as skin cast
(D) Reptiles are viviparous
Reptiles are viviparous
(A) Reptile
(B) Bird
(C) Amphibia
(D) Mammals
Reptile
(A) Reptiles
(B) Mammals
(C) Aves
(D) Insects
Mammals
(A) Reptiles
(B) Mammals
(C) Aves
(D) Cyclostomes
Mammals
(A) Macropus (Kangaroo)
(B) Panthera
(C) Ornithoryhynchus(Platypus)
(D) Whale
Ornithoryhynchus(Platypus)