Homework Answers
Answer- Nucleus,multicellularity,bilateral symmetry,notochord,vertebrate,paired appendages,lung
The presence of the nucleus is the characteristics of the eukaryota .The multicellularity is first time found in the eukaryotic aerobic animals.The bilateral symmetry was found first in the invertebrates.Then, the hollow notochord was developed first in chordata the into the vertebral column in vertebrates .Then, through the evolution paired appendages were developed in vertebrates.The ventilation lung as apart of the respiratory system first developed in amphibia and fishes.
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In what order did the following structures evolve in ancestors of humans? nucleus, multicellularity, bilateral symmetry,...
Question 2 4 pts In what order did the following structures evolve in ancestors of humans?...
Question 2 4 pts In what order did the following structures evolve in ancestors of humans? O nucleus, multicellularity, bilateral symmetry, vertebrate, notochord, paired appendages, lungs nucleus, multicellularity, bilateral symmetry, vertebrate, notochord, lungs, paired appendages nucleus, multicellularity, bilateral symmetry, notochord, lungs, vertebrate, paired appendages O nucleus, multicellularity, bilateral symmetry, notochord, vertebrate, paired appendages, lungs O nucleus, multicellularity, bilateral symmetry, notochord, lungs, paired appendages, vertebrate, Question 1 4 pts What is the correct order of appearance of the following structures during...
Which of the following is the correct order of appearance of structures in vertebrate evolution? Onotochord,...
Which of the following is the correct order of appearance of structures in vertebrate evolution? Onotochord, vertebrae, jaws, bony skeleton, lungs, 4 limbs, amniotic egg vertebrae, jaws, notochord, bony skeleton, amniotic egg, lungs, 4 limbs notochord, jaws, vertebrae, bony skeleton, lungs, amniotic egg, 4 limbs jaws, notochord, vertebrae, 4 limbs, bony skeleton, lungs, amniotic egs notochord, bony skeleton, vertebrae, jaws, lungs, 4 limbs, amniotic egg The term "tetrapods" refers to the organisms that form the superclass Tetrapoda. includes the amphibians...
All of the features below are features that characterize humans, though very few of them are...
All of the features below are features that characterize humans,
though very few of them are unique to humans. Rather, most of them
are present in our species because of our evolutionary history
(they were present in an ancestral species at some point in time,
and eventually passed on to us). For example, the bilateral
symmetry that characterizes the human body plan is a feature that
evolved in a primitive animal species that lived hundreds of
millions of years ago;...
Question 2 4 pts In what order did the following structures evolve in ancestors of humans? O nucleus, multicellularity, bilateral symmetry, vertebrate, notochord, paired appendages, lungs nucleus, multicellularity, bilateral symmetry, vertebrate, notochord, lungs, paired appendages nucleus, multicellularity, bilateral symmetry, notochord, lungs, vertebrate, paired appendages O nucleus, multicellularity, bilateral symmetry, notochord, vertebrate, paired appendages, lungs O nucleus, multicellularity, bilateral symmetry, notochord, lungs, paired appendages, vertebrate, Question 1 4 pts What is the correct order of appearance of the following structures during...
Which of the following is the correct order of appearance of structures in vertebrate evolution? Onotochord, vertebrae, jaws, bony skeleton, lungs, 4 limbs, amniotic egg vertebrae, jaws, notochord, bony skeleton, amniotic egg, lungs, 4 limbs notochord, jaws, vertebrae, bony skeleton, lungs, amniotic egg, 4 limbs jaws, notochord, vertebrae, 4 limbs, bony skeleton, lungs, amniotic egs notochord, bony skeleton, vertebrae, jaws, lungs, 4 limbs, amniotic egg The term "tetrapods" refers to the organisms that form the superclass Tetrapoda. includes the amphibians...
All of the features below are features that characterize humans,
though very few of them are unique to humans. Rather, most of them
are present in our species because of our evolutionary history
(they were present in an ancestral species at some point in time,
and eventually passed on to us). For example, the bilateral
symmetry that characterizes the human body plan is a feature that
evolved in a primitive animal species that lived hundreds of
millions of years ago;...
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