Which species would you NOT expect to find in large groups

1 answer:

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BEST ANSWER: SOLLITARY ANIMALS

Independent animals such as hyenas. Ya know? The movie lion king. Also animals like Sharks, sloths, polar bears.

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The main difference between mitosis in plant cells and in animal cells is that:

Advocard [28]

Plant and animal cells both undergo mitotic cell divisions. Their main difference is how they form the daughter cells during cytokinesis. During that stage, animal cells form furrow or cleavage that gives way to formation of daughter cells. Due to the existence of the rigid cell wall, plant cells don't form furrows

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3 years ago

I'll give brainliest for correct answer. We know that the electromagnetic spectrum uses wavelengths and frequencies to determine

Lorico [155]

Answer: It helps because, the stars give off the radiation that is in electromagnetic spectrum so that is how it helps. Also, it could help us determine what the moon nd planets are made of becasue they can see that stars are defintly made of a different meterial.

Explanation:

I hope this helps if it doesn't sorry :(

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The Precambrian Era is the least understood part of Earth history, yet it is arguably the most important. It began with the form

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Greenland has them; the intriguing Burgess shale (Cambrian); they use isotope dating to determine the ages of the rocks; Precambrian circumstances were similar to those on other worlds where life may have emerged.

This is further explained below.

<h3>How does understanding the Precambrian era enhance our chances of finding another planet that could one-day support life?</h3>

Generally, Precambrian rocks are generally exceedingly ancient. Greenland is one such site where scientists have been researching geology and geochronology (the age of the planet) for many years.

To identify whether a rock is of Precambrian origin, its age must be determined, and for such ancient rocks, scientists have developed isotopic dating techniques, which employ the rate at which one radioactive isotope decays into another, which is commonly measured in millions of years.

In conclusion, The Precambrian period spanned a very long time, yet all living organisms were single-celled. Multicellular creatures initially evolved in all their complexity during the Cambrian period

These Precambrian single-celled organisms, on the other hand, were capable of tolerating the harshest environmental conditions of the young Earth, such as scorching heat and gases that would be poisonous to most living things on Earth today, so understanding those early Precambrian conditions may shed light on life forms that could be found on other planets with similarly harsh environments.