A proper chemical storage includes the following;
-
Management – this includes of managing the
storage area of the chemical and how they are stored base on their difference
and property
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Compliance – this is the action needed in means
of having to be able to understand the properties of the chemical in order to
know what action is needed to engaged on
Um yes or no or Mamie <span />
<h3>
Answer:</h3>
94 ATP molecules
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Explanation:</h3>
To answer the question we need to understand the beta oxidation of fatty acid.
- First we need to know each electron carrier produces different number of ATP molecules in the electron transport chain.
- That is, FADH₂ yields 1.5 ATP while NADH yields 2.5 ATP molecules
- Additionally, for every acetyl coA, 10 ATP molecules are produced.
What happens during oxidation of a fatty acid with even number of carbon, C₂ₙ?
- During beta oxidation of an even number fatty acid, C₂ₙ, n-1 FADH₂, n-1 NADH and n acetyl coA molecules are produced.
- Therefore, for a fatty acid with 14 carbons, then 6 molecules of FADH₂, 6 molecules of NADH and 7 acetyl coA are produced.
- Therefore, the number of ATP molecules will be;
From; 6 FADH₂ = 6 × 1.5 = 9 ATP
6 NADH; 6 × 2.5 = 15 ATP
7 Acetly CoA ; 7 × 10 = 70 ATP
This gives a total of 94 ATP molecules
Hence a 14 carbon fatty acid produces 94 ATP molecules after beta oxidation.
I am positive it is the last one!
Answer: 1 x 10^-10M
Explanation:
Given that,
pOH of solution = ?
pH of solution = 4.00
Recall that pH is the negative logarithm of hydrogen ion concentration in the solution while pOH is the negative logarithm of hydroxide ion concentration in the solution.
Hence, pH + pOH = 14
4.00 + pOH = 14
pOH = 14 - 4.00
pOH = 10
Apply the formula pOH = -log(OH-) to get [OH⁻]
10 = -log(OH-)
(OH-) = Antilog (-10)
(OH-) = 1 x 10^-10M
Thus, 1 x 10^-10M is the [OH⁻] (hydroxide concentration) of that same solution with pH value of 4.00
