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3 years ago

Which is the site of the most ATP production during cellular respiration?

2 answers:

3 0

In the organelle mitochondria is where most ATP production take place. ATP or adenosine triphosphate is the energy released by mitochondria through electron transport chain.<span>
</span>

topjm [15]3 years ago

3 0

Answer: Mitochondria

Explanation:

Mitochondria is the site for the production of the ATP by the breakdown of the carbohydrates.

Mitochondria can be defined as the double membrane bound organelle which is found in plant as well as animal cell.

The production of high energy particles known as adenosine triphosphate is produced by the breakdown of carbohydrates and releasing water and carbon dioxide.

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Most water vapor in the atmospher is the source of

Alex73 [517]

Hi!

Your answer is A) clouds and rain.

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-Payshence xoxo

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3 years ago

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3. Could a man with type AB blood be the father of a child with type O blood? Explain your answer utilizing Punnett squares (see

svlad2 [7]

Answer:

Explanation:

Both A alleles and B alleles are dominant over the O alleles. This means that both parents must have an O allele present to even have a chance of having a child with type O blood. Lets say the mother has type O blood with the father having type AB blood. The possible combination would be: AO, BO, AO, BO. The punnett square should look like this:

A B

O AO BO

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3 years ago

WILL GIVE A BRAINLEST

Valentin [98]

The correct answer for this question would be the third option. The statement that is not true of grasses is that, they include grains. Not all grasses have grains. But they can be resistant to extreme temperature and are widely distributed and they are similar to succulents. Hope this answer helps

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3 years ago

Yeast cells are recovered from a fermentation broth by using a tubular centrifuge. Sixty percent of the cells are recovered at a

Serga [27]

Answer:

$\\ \omega = 5033.22 \ rpm$

Explanation:

Given that:

$R_1 = 0.6\\\\R_2 = 0.95\\\\\omega_1 = 4000 \ rpm\\\\\omega_2 = ???\\\\Q_1 = 12\ l/min\\\\Q_2 = 12\ l/min$

For a continuous centrifuge ; solid recovery R ∝ $\frac{\omega^2}{Q}$

where;

ω = angular velocity of the centrifuge in rpm

Q = flow rate

SO;

$R_1 \alpha \frac{4000^2}{12}$

$R_2 \alpha \frac{\omega^2}{12}$

$\frac{R_1}{R_2} = \frac{4000^2}{12}$ ÷ $\frac{\omega^2 }{12}$

$\frac{R_1}{R_2} = \frac{4000^2}{12} * \frac{12}{\omega^2}$

$\frac{R_1}{R_2} = \frac{4000^2}{\omega^2}\\\\\frac{0.6}{0.95} = \frac{4000^2}{\omega^2}$

${\omega^2} = \frac{4000^2*0.95}{0.6}\\\\\\{\omega} = \sqrt{ \frac{4000^2*0.95}{0.6}}\\\\\\ \omega = 5033.22 \ rpm$

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3 years ago

All of the following are true of evolution, EXCEPT:

Sloan [31]

<h2>Adaption of genes to improve survival</h2>

Explanation:

People include varieties inside their heritable characteristics. A few varieties improve an individual fit to endure and replicate in their condition.
In the event that this proceeds over ages, these ideal adjustments (the heritable highlights that guide endurance and multiplication) will turn out to be increasingly more typical in the populace.
The populace won't just advance (change in its hereditary cosmetics and acquired characteristics), yet will develop so that it gets adjusted, or more qualified, to its condition.
The adjustments or changes in conduct, physiology, and structure of a life form to turn out to be increasingly fit to a domain. As per Charles Darwin's hypothesis of development by normal choice, living beings that have heritable characteristics that empower them to all the more likely adjust to their condition contrasted and different individuals from their species will be bound to endure, replicate, and give a greater amount of their qualities to the people to come.
Hence, the correct answer is "Individuals adapt their genes to improve survival".

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3 years ago