Match the following bones of forelimbs

Match the following bones of forelimbs
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Match the following bones of forelimbs
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Forelimbs of whatle bat, cheetah and duman do not show- a. Similiarities in the pattern of bones b. Adaptive radiation c. Analogou organs d. Convergen

Description : Forelimbs of whatle bat, cheetah and duman do not show- a. Similiarities in the pattern of bones b. Adaptive radiation c. Analogou organs d. Convergen

Last Answer : Forelimbs of whatle bat, cheetah and duman do not show- a. Similiarities in the pattern of bones b. Adaptive radiation ... f C. a and d D. a,b and c

The bones of forelimbs of whale, bat, cheetah and man are similar in structure, because.

Description : The bones of forelimbs of whale, bat, cheetah and man are similar in structure, because.

Last Answer : The bones of forelimbs of whale, bat, cheetah and man are similar in structure, because. ... the same function D. They have biochemical similarities

`{:("Convergent evolution","Divergent evolution"),((1)"Bones of forelimbs of vertebrates","Wings of butterfly and birds"),((2)"Thorns of Bougainvillia

Description : `{:("Convergent evolution","Divergent evolution"),((1)"Bones of forelimbs of vertebrates","Wings of butterfly and birds"),((2)"Thorns of Bougainvillia

Last Answer : `{:("Convergent evolution","Divergent evolution"),((1)"Bones of forelimbs of vertebrates","Wings ... Cucurbita","Wings of butterflies and birds"):}`

Which one of the following options gives one correct example each of convergent evolution and divergent evolution? Convergent Divergent evolution evolution (a) Eyes of octopus Bones of forelimbs and mammals of vertebrates (b) Thorns of Bougainvillea Wings of butterflies and tendrils of and bird Cucurbita (c) Bones of forelimbs Wings of butterfly of vertebrates and birds (d) Thorns of Bougainvillea Eyes of octopus and tendrils of and mammals Cucurbita

Description : Which one of the following options gives one correct example each of convergent evolution and divergent evolution? Convergent Divergent evolution evolution (a) Eyes of octopus Bones of forelimbs and ... birds (d) Thorns of Bougainvillea Eyes of octopus and tendrils of and mammals Cucurbita

Last Answer : (a) Eyes of octopus Bones of forelimbs and mammals of vertebrates

Assertion : Among the land animals. Cheetah can run faster over the ground. Reason : Cheetah uses its powerful forelimbs to push it self forward durin

Description : Assertion : Among the land animals. Cheetah can run faster over the ground. Reason : Cheetah uses its powerful forelimbs to push it self forward durin

Last Answer : Assertion : Among the land animals. Cheetah can run faster over the ground. Reason : Cheetah uses its ... D. If both Assertion and Reason are false.

Forelmbs of cat, lizard used in walking, forelimbs of whale used in swimming and forelimbs of bats used in flying are an example of

Description : Forelmbs of cat, lizard used in walking, forelimbs of whale used in swimming and forelimbs of bats used in flying are an example of

Last Answer : Forelmbs of cat, lizard used in walking, forelimbs of whale used in swimming and forelimbs ... radiation C. Homologous organs D. Convergent evolution

Assertion :- All mammals like whales, bats cheetah and human etc. share similarities in the pattern of bonse of forelimbs. Reason :- Eutherians show g

Description : Assertion :- All mammals like whales, bats cheetah and human etc. share similarities in the pattern of bonse of forelimbs. Reason :- Eutherians show g

Last Answer : Assertion :- All mammals like whales, bats cheetah and human etc. share similarities in the pattern of ... . D. If both Assertion & Reason are false.

How many of the following are examples of homologus structures in plant : (a) Eyes of octapus and mammal (b) Potato and weet potato (c) Forelimbs of w

Description : How many of the following are examples of homologus structures in plant : (a) Eyes of octapus and mammal (b) Potato and weet potato (c) Forelimbs of w

Last Answer : How many of the following are examples of homologus structures in plant : (a) Eyes of octapus and mammal (b) ... radish A. Four B. Three C. Two D. One

Forelmbs of cat, lizard used in walking, forelimbs of whale used in swimming and forelimbs of bats used in flying are an example of

Description : Forelmbs of cat, lizard used in walking, forelimbs of whale used in swimming and forelimbs of bats used in flying are an example of

Last Answer : Forelmbs of cat, lizard used in walking, forelimbs of whale used in swimming and forelimbs ... radiation C. Homologous organs D. Convergent evolution

The forelimbs of class aves are modified into

Description : The forelimbs of class aves are modified into

Last Answer : wings.

Forelimbs of cat, lizard used in walking; forelimbs of whale used in swimming and forelimbs of bats used in flying are an example of (a) analogous organs (b) adaptive radiation (c) homologous organs (d) convergent evolution.

Description : Forelimbs of cat, lizard used in walking; forelimbs of whale used in swimming and forelimbs of bats used in flying are an example of (a) analogous organs (b) adaptive radiation (c) homologous organs (d) convergent evolution.

Last Answer : (c) homologous organs

Among the following sets of examples for divergent evolution, select the incorrect option. (a) Forelimbs of man, bat and cheetah (b) Heart of bat, man and cheetah (c) Brain of bat, man and cheetah (d) Eye of octopus, bat and man

Description : Among the following sets of examples for divergent evolution, select the incorrect option. (a) Forelimbs of man, bat and cheetah (b) Heart of bat, man and cheetah (c) Brain of bat, man and cheetah (d) Eye of octopus, bat and man

Last Answer : (d) Eye of octopus, bat and man

The similarity of bone structure in the forelimbs of many vertebrates is an example of (a) homology (b) analogy (c) convergent evolution (d) adaptive radiation.

Description : The similarity of bone structure in the forelimbs of many vertebrates is an example of (a) homology (b) analogy (c) convergent evolution (d) adaptive radiation.

Last Answer : (a) homology

analogous organs ? (I) Forelimbs of horse - Wings of bat (II) Wings of bat - Wings of butterfly (III) Forelimbs of horse - Wings of butterfly (IV) Wings of bird - Wings of bat (1) (I) and (II) (2) (II) and (IV) (3) (III) and (IV) (4) (II) and (III)

Description : analogous organs ? (I) Forelimbs of horse - Wings of bat (II) Wings of bat - Wings of butterfly (III) Forelimbs of horse - Wings of butterfly (IV) Wings of bird - Wings of bat (1) (I) and (II) (2) (II) and (IV) (3) (III) and (IV) (4) (II) and (III)

Last Answer : (2) (II) and (IV)

Among the following sets of examples for divergent evolution, select the incorrect option : (1) Forelimbs of man, bat and cheetah (2) Heart of bat, man and cheetah (3) Brain of bat, man and cheetah (4) Eye of octopus, bat and man

Description : Among the following sets of examples for divergent evolution, select the incorrect option : (1) Forelimbs of man, bat and cheetah (2) Heart of bat, man and cheetah (3) Brain of bat, man and cheetah (4) Eye of octopus, bat and man

Last Answer : (4) Eye of octopus, bat and man

The similarity of bone structure in the forelimbs of many vertebrates is an example of (1) Homology (2) Analogy (3) Convergent evolution (4) Adaptive radiation

Description : The similarity of bone structure in the forelimbs of many vertebrates is an example of (1) Homology (2) Analogy (3) Convergent evolution (4) Adaptive radiation

Last Answer : (1) Homology

Match the following bones of hindlimbs

Description : Match the following bones of hindlimbs

Last Answer : Match the following bones of hindlimbs

Match the following bones of vertebral column

Description : Match the following bones of vertebral column

Last Answer : Match the following bones of vertebral column

Match Column I with column II. `{:( ." Column I ",.,"Column"),((a) " Cranium/Brainbox " , (i),"29"),((b) " Skull (Cranlal and facial bones) " , (ii),"

Description : Match Column I with column II. `{:( ." Column I ",.,"Column"),((a) " Cranium/Brainbox " , (i),"29"),((b) " Skull (Cranlal and facial bones) " , (ii),"

Last Answer : Match Column I with column II. `{:( ." Column I ",.,"Column"),((a) " Cranium/Brainbox " , (i),"29"),((b) " ... e-iv` D. `a-v, b-iv, c-iii, d-ii, e-i`

Match the following joints with the bones involved: (1) Gliding joint (i) Between carpal and metacarpal of thumb (2) Hinge joint (ii) Between atlas and axis (3) Pivot joint (iii) Between the carpals (4) Saddle joint (iv) Between humerus and ulna. Select the correct option from the following: (a) (1)-(iii), (2)-(iv), (3)-(ii), (4)-(i) (b) (1)-(iv), (2)-(i), (3)-(ii), (4)-(iii) (c) (1)-(iv), (2)-(ii), (3)-(iii), (4)-(i) (d) (1)-(i), (2)-(iii), (3)-(ii), (4)-(iv)

Description : Match the following joints with the bones involved: (1) Gliding joint (i) Between carpal and metacarpal of thumb (2) Hinge joint (ii) Between atlas and axis (3) Pivot joint (iii) Between the carpals (4) Saddle joint (iv) Between humerus and ... ), (4)-(i) (d) (1)-(i), (2)-(iii), (3)-(ii), (4)-(iv)

Last Answer : (a) (1)-(iii), (2)-(iv), (3)-(ii), (4)-(i)

Identify the tissue shown in the diagram and match with its characteristics and its location. (a) Smooth muscles, show branching, found in the wall of the heart(b) Cardiac muscles, unbranched muscles, found in the walls of the heart (c) Striated muscles, tapering at both-ends, attached with the bones of the ribs (d) Skeletal muscles show striations and are closely attached with the bones of the limbs

Description : Identify the tissue shown in the diagram and match with its characteristics and its location. (a) Smooth muscles, show branching, found in the wall of the heart (b) Cardiac muscles, unbranched ... the ribs (d) Skeletal muscles show striations and are closely attached with the bones of the limbs

Last Answer : (d) Skeletal muscles show striations and are closely attached with the bones of the limbs