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​ Hunter Freed Photosynthesis and cellular respiration are two different things but in the end they have the same outcome. Those outcomes are energy. Photosynthesis is in plants alone while cellular respiration is in plants alone. Photosynthesis is the process that plant cells go through to get energy. The plant cells chloroplasts use water carbon dioxide to get oxygen and sugar (glucose.) The equation for photosynthesis is; 6Co2 (carbon dioxide) +6H2o (Water) à C6H12o6+o2 (glucose and water). The animal cells do not have chloroplasts so it cannot perform photosynthesis but it performs cellular respiration. The equation for cellular respiration is c6h12o6+o2 à H2o+ co2. Cellular respiration is performed by the cells mitochondria. There are also many things alike between cellular respiration and photosynthesis. One of the similarities is for their equations they have the exact same materials. Also they both need Carbon, Hydrogen, and Oxygen. They both also produce energy. They both also produce ATP. ATP is essentially energy needed for life. ATP stands for adenosine triphosphate. Another similarity is they both have reactants and products. The reactants of photosynthesis are the products of cellular respiration and vice versa. There are also major differences between the two. One difference is photosynthesis has the Calvin cycle and cellular respiration has the Krebs cycle. Also photosynthesis is for autotrophs and cellular respiration is for heterotrophs. Cellular respiration is used by aerobic and anaerobic exercises. Anaerobic exercises are high intensity workouts that are performed for a short time. On the contrary, aerobic exercises generally simple exercises and are performed for a longer time, at moderate intensity. Examples of anaerobic exercises are football or hockey. Aerobic exercises could be like socceror track/cross country. Good job but add more dets

Emma Pearcy Photosynthesis vs. Cell Respiration  Although Photosynthesis and Cell Respiration depend on each other greatly, their process es  could not be more different. Both are processes that produce energy for organisms. At the same time they do depend on each other greatly (you should take out this sentece because you have already stated they depend on each other greatly). If Photosynthesis didn’t occur then not only would all the plant life no longer exist, but all the life here on earth would also be impacted and would no longer be alive. The same goes for the cell respiration, without cell respiration all animals and human life on earth would no longer exist, but also the plant life would also no longer be able to survive. So as can be seen, different transition  cell respiration and photosynthesis are very important and depend on each other. To begin, different transition Photosynthesis the processes in which autotrophs (plants) what is an autotroph? <span style="font-family: 'Times New Roman','serif'; font-size: 12pt; line-height: 115%;"> Change sunlight into form of energy that they can use. They do this by first taking sunlight also know as Light energy in through the tiny holes in the leaf called pores. Once the light is inside the plant it moved into cells. Then when it gets into the cell it is taken in by the Chloroplast. The chloroplast is the organelle that where photosynthesis take place. Then it is then moved into the granums then into the thylakoids. Once inside the thylakoids the light is put together with carbon dioxide and water these are known as the reactants of Photosynthesis then the oxygen is taken out. This part of photosynthesis is known as the Light dependent reaction. From here the energy (ATP) is put through what is called the Calvin cycle. In the Calvin Cycle more carbon dioxide is added to the ATP. From this Sugar is released as well as oxygen, these are known as the Products of Photosynthesis. So how is this important to plant life because this is how plants get their energy to perform life processes and the energy that it needs to survive. This process is also how oxygen gets into the air. Likewise Cell Respiration is also an important process in the circle of life. In cell respiration sugar and oxygen goes into the cell. Once inside the cell the sugar or glucose goes into the cytoplasm and it is then broken down into two <span style="font-family: 'Times New Roman','serif'; mso-bidi-font-weight: bold;"> pyruvic acid and four molecules of ATP energy. This process is known as glycolysis. No oxygen is need in this process so it is called anaerobic respiration. Next, the ATP is moved into the mitochondria. Then, once inside the mitochondria, the ATP is put through a process called the Krebs cycle. In this Cycle two more ATP are made. It is all then moved into the Electron Transport Chain where more APT is made in the membrane. <span style="color: #850cdf; font-family: 'Times New Roman','serif'; msobidifontweight: bold;">how much ATP? <span style="font-family: 'Times New Roman','serif'; mso-bidi-font-weight: bold;">This energy is known as chemical energy or high energy electrons. In these processes carbon dioxide and water are released, these are known as the products of cell respiration. All three of these processes are aerobic processes, or they need oxygen to happen. The oxygen and water are known as the reactants. This process takes place in cnimals cells or heterophs <span style="color: #850cdf; font-family: 'Times New Roman','serif'; msobidifontweight: bold;">what is a heterotroph?. <span style="font-family: 'Times New Roman','serif'; mso-bidi-font-weight: bold;">Cell respiration is important to all life because it is how animals and humans get the energy they need to survive. Consequently, these processes are very different from one another, but they do have a few similarities. The first thing they have in common with each other is that the both are processes that make energy for their life processes. Second they are both processes that if they did not happen then the whole world would no longer be able to sustain life. Theses processes, on the other hand, could not be more different. For one thing one takes place in plants and the other in Animals. Second one uses sun light while the other does not. Then one uses carbon dioxide while the other uses oxygen. The one uses water. <span style="color: #850cdf; font-family: 'Times New Roman','serif'; msobidifontweight: bold;">which ones? <span style="font-family: 'Times New Roman','serif'; mso-bidi-font-weight: bold;">As can be seen, cell respiration and photosynthesis are both very important to life, But without each other the other would not be able to happen.

​ Overall, I really liked your paper. All that really needs to be done is that you should try to add better transitions and know when a comma is needed and if it is a possible run-on sentence. Also, make sure not to capitalize too much and in the last paragraph say which ones do what. **__Photosynthesis and Cellular Respiration__ By: Annie Russo** Photosynthesis and cellular respiration are cellular functions that are very similar, but also very different. Plant cells do look at this photosynthesis to provide them energy to do many everyday tasks. Animal cells use cellular respiration to carry out their everyday activities. So take out the so, both photosynthesis and cellular respiration provide cells with energy and allow them to perform all of the tasks they need to do in try in order to surrive the course of a day. Similarly, take out simmlarly it makes no sense both of the processes add a do involve oxygen and carbon dioxide, even if they are not used in the same way. Photosynthesis uses carbon dioxide as a reactant and produces oxygen put in all of them not just one. On the other hand, cellular respiration uses oxygen as the reactant and produces carbon dioxide.

Plants make their own food and energy because they are autotrophs, they do this through photosynthesis. Photosynthesis is a process that combines 6CO2 (Carbon Dioxide) + 6H2O (Water) and creates C6H12O6 (Glucose) and 6O2 (Oxygen). It takes light energy and transforms it into chemical energy. It occurs in the chloroplasts of a plant cell. The chloroplasts are located in the cytoplasm of the rectangular-shaped cells. Thykaloids are located in the chloroplasts and contain chlorophyll which provides energy for photosynthesis. The thykaloids are surrounded by stroma, a gel like material. In a light reaction, or a reaction that is dependent on light, light energy from the sun hits the plant and is absorbed into the thykaloids of the chloroplasts. The water is split and oxygen diffuses out of the cell. Therefore, ATP (Adenosine Triphospahte) or energy molecules are produced. Plants do photosynthesis another way that is not light dependent. It is called the Calvin Cycle. The Calvin Cycle takes CO2 and ATP and produces glucose. Photosynthesis is a far different process than cellular respiration, even if they produce the same thing.

Cellular respiration is the process that provides animal cells with energy. It takes chemical energy and turns it into mechanical energy. Cellular respiration occurs in the mitochondria and cytoplasm of an animal cell. Cellular respiration takes the oxygen produced by photosynthesis and turns it into carbon dioxide and energy. Animals are heterotrophs, so they can’t produce their own food and energy. The first stage of cellular respiration is called glycolysis and it occurs in the cytoplasm of an animal cell. It does not require oxygen which means that it is an anaerobic process. It requires 2 ATP to start. It breaks down a glucose molecule, found in carbohydrates, and breaks it down into 2 pyruvic acids and 4 molecules of ATP energy. In the end, glycolysis only produces 2 molecules of energy. The second stage is known as the Krebs cycle; it occurs in the mitochondria of an animal cell and requires oxygen, meaning it is aerobic. The Krebs cycle only provides 2 ATP. The third stage of cellular respiration is the Electron Transport Chain; it occurs in the mitochondria of the animal cell and it produces 32 ATP, it also requires oxygen. When the animal cell goes through all three stages of cellular respiration, it will end up with 36 energy molecules. Most of this energy is released as body heat. When cellular respiration does not require oxygen, it is called anaerobic and an example of this is fermentation. Fermentation is basically doing glycolysis over and over again. It only results in 2 ATP, so it isn’t very energy efficient. There are two types of fermentation, lactic acid fermentation and alcoholic fermentation.

So, in contrast, photosynthesis and cellular respiration are very different. Although they both produce ATP or energy molecules, they happen in different areas of the cell. Their equations are opposite. Photosynthesis uses carbon dioxide and produces oxygen, while cellular respiration uses oxygen and produces carbon dioxide. Photosynthesis happens in plants and cellular respiration happens in animal cells. Both of them go through different stages to produce ATP or energy molecules. These two processes help plants and animals survive and if it wasn’t for photosynthesis we would not have oxygen and we wouldn’t be able to survive. Although both of the processes are very different, they both help do the same exact thing, and without them we wouldn’t be around today. So i like your last paragraph but in the two on Photosynthesis and cell resp add a little bit more detail and look at the vocab list but really good job. the less the better we dont need all the explanations

Aaron Clark

There where two really good friends, Perry the plant and Adam the animal. They had many similarities and differences and because of these they can’t live without each other. Perry was an autotroph, a boxy fellow who was very thick. Unlike Adam, who is a hetrotroph and looks somewhat round and is very flexible. Perry is a very picky fellow as well, he only eats at a place called “the light energy grill”, which is outside, and it serves many different light dependent people. He only gets the 6CO2 and 6H2O. It never sits with him though so some things come out of him and that is C6H12O6 and 6O2. This usually happens when they watch the movie, “The Krebs cycle.” This movie is about water and carbon dioxide changing into glucose and oxygen. Adam is also very picky and will only go to the restaurant “The Mito Chondria”. What’s weird about this place is it starts in a parking lot called “The Cytoplasm”, or pyruvic, acid were the get their food then go inside and eat then they always watch a movie called “The Calvin cycle”. This then, for some odd reason, makes them react to their meal which is oddly the reactant of Perry’s food. Same with Perry, odd isn’t it. So after they eat they usually go home, well of course they go home but different ways. Perry rides in a stroma which looks like a round car that uses chemical energy to move. He goes on a highway the is called the thylakoid and its very open other then Adam who rides in a ATP that moves by mechanical and heat energy. He rides on the highway called the ETC. They might seem totally different but if you look closely at their lives then you can see how important they are to each other. If you couldn’t tell this story is about cell respiration and photosynthesis and how they are alike and different. Thanks for reading.