Answer:
No they are not the same...
Explanation:
Answer:
The Answer is, B, C, And E. I just took it on USATESTPREP.
B) G3P can be used to form the backbone of triglycerides. Glycerol combines with fatty acid tails to form lipids.
C) Two G3P molecules can be combined through anabolic processes to form glucose, a six-carbon sugar required by cells.
E) G3P can be used in to synthesize amino acids, which contain a central carbon, a carboxylic acid group, and a variable R group. These amino acids can then combine to form proteins.
Index fossils (also known as guide
fossils, indicator fossils or zone
fossils) are fossils used to define
and identify geologic periods (or
faunal stages).
Assuming that you followed the parentage of people and primates, you would sooner or later show up at a common precursor that was neither a cutting edge ape nor a human.
<h3>What makes humans different from other Apes?</h3>
- People have an "S" shapes spine with a more limited straight firm more extensive more bowl-like pelvis.
- While Apes have a "C" formed spine and an introvert restricted pelvis.
- People knees are calculated inwards (valgus point - the point the femur makes at the knee) so the knee sits closer the focal point of gravity.
- The knee joints are bigger.
- Individuals have considerably more mind boggling types of verbal correspondence than some other primate species.
- We are the main creature to make and involve images for the purpose of correspondence.
- We additionally have more changed and complex social associations.
To learn more about humans and apes from the given link
brainly.com/question/9824947
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Yes, this is correct!
Let's imagine two systems, one with 50 species and one with 4000. Both of them experience a draught and as a result 25 species of the first one die (that's quite likely) and 800 of the second population die out (more would not be very likely).
So the first one lost 50% of species and the second one 20% - that means that the second one, with greater biodiversity has a bigger stability:)
