Answer:
faster, and the ingredient will be a liquid.
Explanation:
I think the answer is D but i could be wrong
Answer:
C.)One electron in each p orbital
Explanation:
In a P-sublevel with 3 electrons, they should be arranged with one electron going into each p-orbitals.
This is in accordance with the Hund's rule of maximum multiplicity.
The rule states that "electrons go into degenerate orbitals or sub-levels(p,d and f) singly before paring up".
Since the p-orbital is 3-fold degenerate with a capacity to accommodate a maximum number of 6 electrons, given 3 electrons, they will follow the Hund's rule in order to fill the orbitals.
So one electron will go in each p - orbitals easily.
Answer:
on average, an ATP molecule turn over is between 500 and 750 times
Explanation:
The ATP molecule is hydrolyzed and resynthesized depending on the macromolecules intake (carbohydrates, proteins and lipids) an the energy required by the organism (for excercise, grow, heal, etc)
There is no way to know which reaction requires which catalyst. However, if you apply copper to a reaction where it does act as a catalyst, the rate of reaction will be much faster as it lowers the activation energy for successful collisions.