Answer:
The argument can be contradicted by assuming that both animals and fungi exhibit heterotrophy and have intracellular spindles.
Explanation:
If an argument is required to demonstrate that fungi have common characteristics, it can be taken into account that:
- <em>They are</em><em> heterotrophic organisms</em><em>, since they are not able to synthesize their own nutrients, such as plants.
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- <em>Both </em><em>have intracellular spindles</em><em> in their structure, useful when performing the corresponding cell division.
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- <em>Additionally, both animals and fungi can </em><em>store glycogen</em><em> as a reserve of energetic substrate.</em>
It is currently thought that fungi and animals have a convergent or parallel evolution.
Learn more:
Fungi characteristics brainly.com/question/942950
It is the spinal cord. Signals reach teh spinal cord, and then are transferred to the brain.<span />
Answer:
True
Explanation:
because it can be a limiting factor in an ecosystem
Answer:
See the answer below
Explanation:
<em>If a symbol is fully filled in a human pedigree, it means that the individual represented by the symbol is affected by the trait whose inheritance is being illustrated by the pedigree.</em>
The human pedigree generally represents a symbolic illustration of how a particular trait is inherited across generations in a particular family. It shows the relationship between the members of a family and how the trait is passed down each generation either in a silent or expressive form.
Individuals within a human pedigree are represented with symbols and <u>those affected by the trait in question are completely shaded</u>. <u>Those carrying the trait in silent form are half-shaded while those that do not have traces of the trait at all are left completely unshaded.</u>
First blank is barb fish
And the second blank is newts
