Answer:
Explanation:
The metabolic pathway by which energy can be obtained from a fatty acid is called <u>"beta-oxidation"</u>. In this route, acetyl-Coa is produced by removing <u>2 carbons</u> from the fatty acid for each acetyl-Coa produced. In other words, for each round, 1 acetyl Coa is produced and for each round 2 carbons are removed from the initial fatty acid. Therefore, the first step is to calculate the <u>number of rounds</u> that will take place for an <u>18-carbon fatty</u> acid using the following equation:
Where "n" is the <u>number of carbons</u>, in this case "18", so:
We also have to calculate the amount of Acetyl-Coa produced:
Now, we have to keep in mind that in each round in the beta-oxidation we will have the <u>production of 1 and 1 </u>. So, if we have 8 rounds we will have 8 and 8 .
Finally, for the total calculation of ATP. We have to remember the <u>yield for each compound</u>:
-)
-)
-)
Now we can do the total calculation:
We have to <u>subtract</u> "2 ATP" molecules that correspond to the <u>activation</u> of the fatty acid, so:
In total, we will have 128 ATP.
I hope it helps!
A mole is simply a unit of measurement. Units are invented when existing units are inadequate. Chemical reactions often take place at levels where using grams wouldn't make sense, yet using absolute numbers of atoms/molecules/ions would be confusing, too.
Hope this helps! So sorry if I'm wrong
The sub-levels in order of the number of electrons they can hold will be s, p, d, and f.
<h3>What are sub-levels?</h3>
There are 4 sub-levels, namely; s, p, d, and f.
Each level represents an orbital with some orbitals having multiple degenerates.
- s orbital can take a maximum of 2 electrons
- p orbitals can take a maximum of 6 electrons
- d orbitals can take a maximum of 10 electrons
- f orbital can take a maximum of 14 electrons.
Thus, the ascending order in terms of the number of electrons each sublevel can hold will be s, p, d, and f.
More on orbitals can be found here: brainly.com/question/18914648
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Answer:
The streak of a mineral is the color of the powder produced when it is dragged across an un-weathered surface
Explanation:
it's simple