332249
The cross section of the body of an invertebrate is given below. Identify the animal which has this body plan
1 Roundworm
2 Planaria
3 Earthworm
4 Cockroach
Explanation:
It is showing body plan of acoelomate. These animals do not contain coelom. The space between the endoderm and ectoderm is filled with parenchyma, which is derived from mesoderm. The parenchymatous tissue leaves no space to accomodate for the development of visceral organs. For example, Planaria
KCET - 2009
BIOXI04: ANIMAL KINGDOM
332250
True coelom is the space between wall of alimentary canal and body wall enclosed by the layers of
1 Mesoderm on one side only
2 Ectoderm on one side and mesoderm on the other
3 Mesoderm on both sides
4 Endoderm on one side and mesoderm on the other
Explanation:
True coelom is the space between wall of alimentary canal and body wall enclosed by the layers of mesoderm on both sides.
BIOXI04: ANIMAL KINGDOM
332251
Given is the cross section of the body of an invertebrate with eucoelom. Identify the animal which has this body plan.
1 Ophiuria -A
2 Earthworm - C
3 Roundworm - C
4 Tapeworm - B
Explanation:
A. Acoelomate - Till Platyhelminthes B. Pseudocoelomate - Aschelminthes C. Coelomate - Annelida to Hemichordata (eg. Annelida - Earthworm)
BIOXI04: ANIMAL KINGDOM
332252
Diploblastic animals belong to the phylum
1 Arthropoda
2 Annelida
3 Cnidaria
4 Platyhelminthes
Explanation:
Animals in which the cells are arranged in two embryonic layers, an external ectoderm and an internal endoderm, are called diploblastic animals, e.g., coelenterates.
BIOXI04: ANIMAL KINGDOM
332253
Identify the wrong statement.
1 There is a triploblastic animal with radial symmetry
2 Body of arthropoda is unsegmented.
3 Blood is circulated through a series of vessels in closed vascular system
4 Larvae of echinoderms are bilaterally symmetrical
332249
The cross section of the body of an invertebrate is given below. Identify the animal which has this body plan
1 Roundworm
2 Planaria
3 Earthworm
4 Cockroach
Explanation:
It is showing body plan of acoelomate. These animals do not contain coelom. The space between the endoderm and ectoderm is filled with parenchyma, which is derived from mesoderm. The parenchymatous tissue leaves no space to accomodate for the development of visceral organs. For example, Planaria
KCET - 2009
BIOXI04: ANIMAL KINGDOM
332250
True coelom is the space between wall of alimentary canal and body wall enclosed by the layers of
1 Mesoderm on one side only
2 Ectoderm on one side and mesoderm on the other
3 Mesoderm on both sides
4 Endoderm on one side and mesoderm on the other
Explanation:
True coelom is the space between wall of alimentary canal and body wall enclosed by the layers of mesoderm on both sides.
BIOXI04: ANIMAL KINGDOM
332251
Given is the cross section of the body of an invertebrate with eucoelom. Identify the animal which has this body plan.
1 Ophiuria -A
2 Earthworm - C
3 Roundworm - C
4 Tapeworm - B
Explanation:
A. Acoelomate - Till Platyhelminthes B. Pseudocoelomate - Aschelminthes C. Coelomate - Annelida to Hemichordata (eg. Annelida - Earthworm)
BIOXI04: ANIMAL KINGDOM
332252
Diploblastic animals belong to the phylum
1 Arthropoda
2 Annelida
3 Cnidaria
4 Platyhelminthes
Explanation:
Animals in which the cells are arranged in two embryonic layers, an external ectoderm and an internal endoderm, are called diploblastic animals, e.g., coelenterates.
BIOXI04: ANIMAL KINGDOM
332253
Identify the wrong statement.
1 There is a triploblastic animal with radial symmetry
2 Body of arthropoda is unsegmented.
3 Blood is circulated through a series of vessels in closed vascular system
4 Larvae of echinoderms are bilaterally symmetrical
NEET Test Series from KOTA - 10 Papers In MS WORD
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BIOXI04: ANIMAL KINGDOM
332249
The cross section of the body of an invertebrate is given below. Identify the animal which has this body plan
1 Roundworm
2 Planaria
3 Earthworm
4 Cockroach
Explanation:
It is showing body plan of acoelomate. These animals do not contain coelom. The space between the endoderm and ectoderm is filled with parenchyma, which is derived from mesoderm. The parenchymatous tissue leaves no space to accomodate for the development of visceral organs. For example, Planaria
KCET - 2009
BIOXI04: ANIMAL KINGDOM
332250
True coelom is the space between wall of alimentary canal and body wall enclosed by the layers of
1 Mesoderm on one side only
2 Ectoderm on one side and mesoderm on the other
3 Mesoderm on both sides
4 Endoderm on one side and mesoderm on the other
Explanation:
True coelom is the space between wall of alimentary canal and body wall enclosed by the layers of mesoderm on both sides.
BIOXI04: ANIMAL KINGDOM
332251
Given is the cross section of the body of an invertebrate with eucoelom. Identify the animal which has this body plan.
1 Ophiuria -A
2 Earthworm - C
3 Roundworm - C
4 Tapeworm - B
Explanation:
A. Acoelomate - Till Platyhelminthes B. Pseudocoelomate - Aschelminthes C. Coelomate - Annelida to Hemichordata (eg. Annelida - Earthworm)
BIOXI04: ANIMAL KINGDOM
332252
Diploblastic animals belong to the phylum
1 Arthropoda
2 Annelida
3 Cnidaria
4 Platyhelminthes
Explanation:
Animals in which the cells are arranged in two embryonic layers, an external ectoderm and an internal endoderm, are called diploblastic animals, e.g., coelenterates.
BIOXI04: ANIMAL KINGDOM
332253
Identify the wrong statement.
1 There is a triploblastic animal with radial symmetry
2 Body of arthropoda is unsegmented.
3 Blood is circulated through a series of vessels in closed vascular system
4 Larvae of echinoderms are bilaterally symmetrical
332249
The cross section of the body of an invertebrate is given below. Identify the animal which has this body plan
1 Roundworm
2 Planaria
3 Earthworm
4 Cockroach
Explanation:
It is showing body plan of acoelomate. These animals do not contain coelom. The space between the endoderm and ectoderm is filled with parenchyma, which is derived from mesoderm. The parenchymatous tissue leaves no space to accomodate for the development of visceral organs. For example, Planaria
KCET - 2009
BIOXI04: ANIMAL KINGDOM
332250
True coelom is the space between wall of alimentary canal and body wall enclosed by the layers of
1 Mesoderm on one side only
2 Ectoderm on one side and mesoderm on the other
3 Mesoderm on both sides
4 Endoderm on one side and mesoderm on the other
Explanation:
True coelom is the space between wall of alimentary canal and body wall enclosed by the layers of mesoderm on both sides.
BIOXI04: ANIMAL KINGDOM
332251
Given is the cross section of the body of an invertebrate with eucoelom. Identify the animal which has this body plan.
1 Ophiuria -A
2 Earthworm - C
3 Roundworm - C
4 Tapeworm - B
Explanation:
A. Acoelomate - Till Platyhelminthes B. Pseudocoelomate - Aschelminthes C. Coelomate - Annelida to Hemichordata (eg. Annelida - Earthworm)
BIOXI04: ANIMAL KINGDOM
332252
Diploblastic animals belong to the phylum
1 Arthropoda
2 Annelida
3 Cnidaria
4 Platyhelminthes
Explanation:
Animals in which the cells are arranged in two embryonic layers, an external ectoderm and an internal endoderm, are called diploblastic animals, e.g., coelenterates.
BIOXI04: ANIMAL KINGDOM
332253
Identify the wrong statement.
1 There is a triploblastic animal with radial symmetry
2 Body of arthropoda is unsegmented.
3 Blood is circulated through a series of vessels in closed vascular system
4 Larvae of echinoderms are bilaterally symmetrical
332249
The cross section of the body of an invertebrate is given below. Identify the animal which has this body plan
1 Roundworm
2 Planaria
3 Earthworm
4 Cockroach
Explanation:
It is showing body plan of acoelomate. These animals do not contain coelom. The space between the endoderm and ectoderm is filled with parenchyma, which is derived from mesoderm. The parenchymatous tissue leaves no space to accomodate for the development of visceral organs. For example, Planaria
KCET - 2009
BIOXI04: ANIMAL KINGDOM
332250
True coelom is the space between wall of alimentary canal and body wall enclosed by the layers of
1 Mesoderm on one side only
2 Ectoderm on one side and mesoderm on the other
3 Mesoderm on both sides
4 Endoderm on one side and mesoderm on the other
Explanation:
True coelom is the space between wall of alimentary canal and body wall enclosed by the layers of mesoderm on both sides.
BIOXI04: ANIMAL KINGDOM
332251
Given is the cross section of the body of an invertebrate with eucoelom. Identify the animal which has this body plan.
1 Ophiuria -A
2 Earthworm - C
3 Roundworm - C
4 Tapeworm - B
Explanation:
A. Acoelomate - Till Platyhelminthes B. Pseudocoelomate - Aschelminthes C. Coelomate - Annelida to Hemichordata (eg. Annelida - Earthworm)
BIOXI04: ANIMAL KINGDOM
332252
Diploblastic animals belong to the phylum
1 Arthropoda
2 Annelida
3 Cnidaria
4 Platyhelminthes
Explanation:
Animals in which the cells are arranged in two embryonic layers, an external ectoderm and an internal endoderm, are called diploblastic animals, e.g., coelenterates.
BIOXI04: ANIMAL KINGDOM
332253
Identify the wrong statement.
1 There is a triploblastic animal with radial symmetry
2 Body of arthropoda is unsegmented.
3 Blood is circulated through a series of vessels in closed vascular system
4 Larvae of echinoderms are bilaterally symmetrical
