That would be the Endoplasmic Reticulum my good friend hope this helped... :D
Carbon is the basis for all organic molecules. Silicone could also be the answer too though.
When you think about the main purpose of mitochondira (to produce energy; an easy idea how to remember the function of mitochondria in our bodies is to imagine them as energy factories or power plants) it becomes easy to understand why.
Animals (including us) move a lot more compared to plants. For movement you need energy and energy needs to be produced in our bodies in order for us to be able to move. Therefore, we have mitochondria that are bigger. Not only that, animal cells usually also have more mitochondria. All of this is probably done to keep up with the increased energy demands that moving organisms have.
The epididymis region of the testis do they remain.
<h3>What about epididymis?</h3>
- Each testis has a little, tightly coiled tube linked to it (the male sex glands that produce sperm).
- Male reproductive cells known as sperm travel from the testicles into the epididymis, where they mature and are then stored.
- The epididymis' most obvious job is to move sperm from the rete testes to the vas deferens.
- The immature sperm from the testis is received by the tortuously coiled epididymis, which stores it for several days.
- Sperm is forcibly discharged into the deferent duct during ejaculation from the epididymis' tail.
- Sperm is transported from the testes and stored in the long, coiled epididymis.
- It is seen as a curving structure on each testis' posterior (rear) edge. There are three parts to it.
Learn more about epididymis here:
brainly.com/question/1497276
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Answer:
A science teacher asked students to describe and explain an internal adaptation that allows for a specific function. Students wrote the following:
Student 1: Leaf frogs can change their appearance to match their surroundings.
Student 2: Birds have hollow bones, enabling them to fly.
Student 3: Penguins live together in groups.
Student 4: Musk ox have thick, shaggy hair to protect them from cold temperatures.
Which student’s answer describes and explains an internal adaptation that allows for a specific function?
Explanation:
