Answer:
C. ETC produces 34, Krebs cycle produces 2, glycolysis produces 2.
Explanation:
<em>Glycolysis
</em>
G ⟶ G6P -1ATP
F6P ⟶ FBP -1ATP
2×[1,3-BPG ⟶ 3-PG] <u>+4ATP </u>
Net = 2ATP
<em>Krebs Cycle</em>
2×[succinyl-CoA ⟶ succinate] 2ATP
<em>ETC</em> = 34ATP
C. NO2 is covalent. Hope this helps!
(1) Ocean to Continent
(2)Continent to Continent
(3)Ocean to Ocean
are the three sub types of convergent plate boundaries.
Answer:
1. Decrease the pH
2. The pH remains unchanged
3. Decrease the pH
Explanation:
We can calculate the pH of a weak acid using the following expression:
[1]
where,
Ka is the acid dissociation constant
Ca is the initial concentration of the acid
<em>State whether each of the following would increase, decrease, or leave the initial pH unchanged and explain your reasoning</em>
- <em>Using the same weak acid, but having a higher concentration. </em>According to eq. [1], a higher Ca leads to a higher [H⁺] and a lower pH.
- <em>Using 80.00 mL of this weak acid instead of 40.00 mL.</em> pH refers to a concentration, which is an intensive property, so it does not change when we change the amount of matter.
- <em>Using a different weak acid that has a larger Ka value.</em> According to eq. [1], a higher Ka leads to a higher [H⁺] and a lower pH.