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How does the density of solid water (ice) affect aquatic life?

It allows ice to float to the top of water, insulating water below allowing life to live.
It allows ice to sink to the bottom of water, allowing life to live above.
It traps air within solid ice, allowing life to breathe within air pockets.
It produces bubbles as it freezes, allowing life to breathe under water.

Respuesta :

sandlee09

Given what we know, we can confirm that the density of ice affects aquatic life because It allows ice to float to the top of the water, insulating the water below and allowing life to live.

Why is this option the correct answer?

  • This is due to the two erroneous facts given by the other options.
  • The second option indicates that ice will sink, which is not the case given that the density of ice is lower than water, meaning it will float to the top.
  • The third and fourth options imply that underwater life needs bubbles or pockets of air to survive, which is not the case for most marine life.
  • The first option correctly indicates the insulating value of the ice, which has no harmful effects on marine life.

Therefore, we can confirm that the first statement is true given that the density of ice affects aquatic life because It allows ice to float to the top of the water, insulating the water below and allowing life to live.

To learn more about density visit:

https://brainly.com/question/952755?referrer=searchResults

Answer:

The correct answer is A.) It allows ice to float to the top of water, insulating water below allowing life to live.

Explanation:

Aced it on flvs

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