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Cellular respiration is the process by which:a) oxygen is used to transport chemical energy throughout the body.b) oxygen is produced during metabolic activity.c) l...

Question

Cellular respiration is the process by which:a) oxygen is used to transport chemical energy throughout the body.b) oxygen is produced during metabolic activity.c) light energy is converted to kinetic energy.d) ATP molecules are converted to water and sugar.e) energy from the chemical bonds of food molecules is captured by an organism.

Cellular respiration is the process by which: a) oxygen is used to transport chemical energy throughout the body. b) oxygen is produced during metabolic activity. c) light energy is converted to kinetic energy. d) ATP molecules are converted to water and sugar. e) energy from the chemical bonds of food molecules is captured by an organism.



Answers

Cellular respiration is the process by which: a) oxygen is used to transport chemical energy throughout the body. b) oxygen is produced during metabolic activity. c) light energy is converted to kinetic energy. d) ATP molecules are converted to water and sugar. e) energy from the chemical bonds of food molecules is captured by an organism.

Let us complete the following sentence. Energy having to do with cellular respiration is stored as what now. Let us go back and re read our statement and fill in the blank energy having to do with cellular respiration is stored as ATP, also known as adenosine triphosphate, Adina, Seen triphosphate again, ATP consists of an added A dino seen molecule bonded to three phosphate groups in a row. In a process called cellular respiration, chemical energy and food is converted into chemical energy that the cell can use and stores it in molecules of ATP.

It's for this question. Um, I think it's important that we sort of step back and just visualize where energy comes from and what's happening along the chain of energy transfers from, uh, the sun ultimately to living systems. Um, so basically, life energy from the sun Andrews the Earth and plants take the sled energy with carbon accident near and water. Um, and that all comes together, uses the plants, use this light energy in a process called photosynthesis. To produce a sugar note of glucose and glucose is a simple sugar. It's pretty much the source of all energy in all living systems. Ultimately, Um, and what happens is and this process gonna her in the plant itself in any organism that eats the plant and a new organism that eats those organisms, the chain of glucose giving, you know, it just kind of keeps going on and on at this flight. Um, what happens is this glucose molecule contains a lot of energy in its, you know, form and this energy, when it's released, it undergoes. This process called glycol is's Now that's not covered in this chapter. It'll be covered more the next chapter. So you don't have to worry quite so much about how it happens just yet. Just know that in the process of glucose being broken down, molecules called a teepee are released. A teepee molecules are also known as a dentist seem triphosphate. Um, this is mall who containing a dentist scene, which is an ad in Eden Arrivals Group attached to three phosphate groups. And these phosphate groups are bonded. The bonds between them are highly energized, and what happens is when a teepee undergoes had drawl icis, which is an actual molecules at it. This bond here breaks, and that leaves us with a DP, which is a dentist in Di Frost State. Or basically this, plus these two faucet groups, this phosphate. And then when this bond is broken, the chemical energy stored in the bond is actually released, and we get an explosion of energy, and this energy can go out into the cell to power a number of other reactions or processes of need to occur. So when we look at our multiple choice answers, it actually looks like a is the answer that fits this description. But let's take a look at the other options first just to make sure we didn't miss anything. Um, A, like I said, is pretty much the process I just described. B says that energy breakdown from glucose is released in any DP which transfers energy to the reactions any DP is involved in, uh, glad analysis, but it is not sort of the main, um, carrier of this energy. A teepee carries the most energy, and that's the molecule you want to think of first when it comes to energy transfer in living systems, see, energy is released in the form of glucose from the breakdown of a teepee, which is false. It's the reverse 18 p. Um, glucose is broken down into a teepee, not the other way around. Um And then D, uh, says that this energy comes from water that comes from the wrecking of glucose. This is again not correct. Water does come in to the breakdown of 80 fie into a DP. But, um, is not the what is like causing the energy release at the glucose stage. So it looks like a really is our correct

Okay, so we're in Chopper four. Problem number 16. This is just asking us about the function of my anaconda. And the first thing to know is that I don't conjure or president every eukaryotic cells. Every south nucleus has a minute. Um, So we can immediately eliminate then both, uh, d and C from are possible correct choices. And so we're left with whether it involved in cellular respiration or whether it breaks down 80 piece. What exactly is the function of the mitochondria? Well, the mitochondria actually takes in, say, some carbs and nutrients, and then it produces with that A T. P and some other conjure is known as the powerhouse of the cell because it is producing all this 80 p, which is required for energy. But this process of breaking down that's carbs, nutrients, ALS, other stuff, and creating a teepee with it is actually called cellular respirations. This cross s is known as cellular respiration because they see the mitochondria is producing a teepee, not breaking it down. So are correct. Answer. Then there's going to be a mitochondria are involved in cellular respiration.

Glad Collis ISS is the first step of the process called cellular respiration, and involves the conversion of glucose. Glucose is converted into Piru vic acid. Neither water nor carbon dioxide are produced during this part of south of the respiration, although they are produced later on during cellular respiration, so answers a and E are incorrect. This process requires the input of to 80 p, but it does not require oxygen, so answer B is also incorrect. The electron transfer chain is the final step of cellular respiration and is a separate event from glycol Asus. So again, answer C is incorrect. This leaves answer. D glycol icis is the breakdown of glucose to produce Piru vic acid.


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