Rather than looking for what is wrong with things, this
quote encourages for the reader to find solutions to problems. The quote
suggests that finding faults only causes more faults. If citizens were to focus
more on finding remedies to world issues, personal issues, and societal issues,
it would be easier to live far better as a whole. Moreover, in the case of
Henry Ford, who said the quote, finding the faults in one’s own work will not
better it, simply make it worse. Finding a remedy betters one as a person, an
inventor, or whatever one would like to become. It is far better to be part of
the solution a person would like to create than be a part of the problem one
tries their hardest to avoid. More so, complaining about the problem does not
fix it, but simply makes it worse. Complaining about the problem makes one part
of the issue. This being said, being part of the solution can be recognizing
that oneself is part of the problem. If one is able to recognize that they are
simply making things worse, they have suddenly switched themselves from being
the problem into being the solution. This is what the quote, “Don’t find fault,
find a remedy” by Henry Ford means.
A rise in the level of activity
- A very high quantity of NADH
- A very high phosphate content
A slowing down of action
- A concentration of ADP that is low
- A low concentration of oxygen in the air
- A significant differential in the amount of hydrogen ion across the mitochondrial membrane
This is further explained below.
<h3>What is the electron transport chain.?</h3>
Generally, Within the mitochondria, there is a collection of proteins known as the electron transport chain. This chain transfers electrons across a membrane so that a gradient of protons may be formed. This gradient is what causes the production of adenosine triphosphate (ATP).
In conclusion, Boost in Activity
1. a high level of NADH
2. Significant phosphate content
reduction in activity
1. ADP concentration is low
Low oxygen concentration 2.
3. Significant variation in H+ throughout the mitochondrial membrane
Read more about the electron transport chain.
brainly.com/question/13975046
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Convert the given masses to moles.
• (55.0 g Na) (1/22.989 mol/g) ≈ 2.39 mol Na
• (67.2 g Cl₂) (1/70.9 mol/g) ≈ 0.948 mol Cl₂
The reaction consumes a ratio of 2 mol Na to 1 mol Cl₂, which means 0.948 mol Cl₂ reacts with 2 × 0.948 ≈ 1.90 mol Na, leaving an excess of about 0.494 mol Na.
The amount of NaCl produced is the same as the amount of Na consumed, so we end up with about 1.90 mol NaCl, which has a mass of about
(1.90 mol NaCl) (58.44 g/mol) ≈ 111 g NaCl
I don’t know
Wow,that’s a tough one
Is that the full question
