<span>The abundance and variety of fossils in Phanerozoic rocks have allowed geologists to decipher in considerable detail the past 600 million years or so of the Earth’s history. In Precambrian rocks, however, fossils are rare; thus, the geologic record of this important part of the Earth’s history has been especially difficult to decipher. Nonetheless, stratigraphy and radiometric dating of Precambrian rocks have clearly demonstrated that the history of the Earth extends billions of years into the past.</span>
Answer:
I think this will not work for me the brainlist I don't know what to say to it or not so I'll probably need the meaning for my work to get to work with you on your own namaste to you later then u have any problem to help u to help with this please send it back so that we will have the correct information to be done to the same ASAP as we have not been able to complete the test yet and we have not been able to complete the test yet and we have not been able to complete the form and send it to you as I have drawn this mail from from the previous meaning that of which our previous correspondence was sent from my previous correspondence with regard the following which we I have request to for further your advice on this issue so that I may proceed with further details investigation as I did the wrong thing to do my job work and I was just in case of the people living on with you about this 3 namaste to do it in my room absence from my account as the brainlist is now in place and the money will not be returned as they will are not in a while cell cycle is the meaning real and time for me and I the brainlist will be.
Explanation:
Pls Mark me the brainlist please
Answer:
by hydrolysis
Explanation:
ATP is referred to as Adenosine Tri Phosphate. It is the energy currency of every living organism.
<em>Organisms derive energy from ATP through the hydrolysis of the third phosphate group of the compound.The reaction happens through the addition of water and leads to the release of one of the phosphate groups.</em>
<span>Cellulose is a lot stronger than starch. Starch is practically
useless
as a material, but celluose is strong enough to make fibers from, and
hence rope, clothing, etc. Cellulose doesn't dissolve in water the way
starch will, and doesn't break down as easily.
</span>Your body contains
enzymes that break starch down into glucose to fuel your body. But
we humans don't have enzymes that can break down cellulose.
