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~Photosynthesis to Cellular Respiration~ 

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~Photosynthesis to Cellular Respiration~ 

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The reactants of photosynthesis are carbon dioxide, water, and light, and the products are Glucose and oxygen. Furthermore, the reactants of cellular respiration are Glucose and oxygen and the products are water ATP, and Co₂. So, both of these processes are dependant on each other in order to function.

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This is the last and most important step in cellular respiration because of its product of up to 34 ATP. 

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-Starting with the NADH(NAD+) the energy helps the e- travel and the proteins to pump through the H+(hydrogen) in order to create a gradient
-Then the FADH2 helps the e- the rest of the way in order to become O2 then reassemble as H₂O
- During this the hydrogen is pumped back through the ATP synthase (ADP+P=ATP) to have the overall product of water (H2O)and

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This is the process in which glucose the product of photosynthesis is changed into ATP (energy).
-All cells go through cellular respiration

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- The majority of the process takes place in the mitochondria (or under other circumstances the cytoplasm)
-The main goal of cellular respiration is to use glucose to create ATP(energy)
-There are  3 parts of Cellular respiration

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The basic job of glycolysis is to break down glucose (the product of photosynthesis)to prepare it for the 2nd step of the Krebs' cycle.

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-C₆ H₁₂ O₆ or glucose is broken up 6C breaks in half to make 3C and 3C or (pyruvate) (pyruvic acid)
-This process also creates 2 ATP and NADH(electron carrier)

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fermentation
Lactic acid & Alcoholic (Ethanol)

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In the second stage, the Krebs's cycle (citric acid cycle), this cycle repeats twice, the job is to prep the reacts for the third and final stage 2 ATP overall.

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-The pyruvate (3C) combines with an enzyme to create C2 (Acetyl Co)
-The pyruvate then combines to create a 6C molecule after a 5C molecule followed by a 4C
-The process repeats 2x before ending and during cellular respiration, all the gas CO₂ is released
-Along with the 2 ATP created in this step 6NADH, 2FADH2 are also created

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ATP-energy source for the cell
Enzyme- protein use for many jobs around the cell
Exergonic- breaking down
Anaerobic- without oxygen
Aerobic- oxygen is present
Oxidative Phosphorylation-the process that creates ATP during cellular respiration
Reactants- the starting components used in a process

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Fermentation is the result of long-term anaerobic glycolysis.

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-There are two types of fermentation lactic acid & Alcoholic Fermentation(Co₂)
-Ex: yogurt, beer, wine, cider, kimchi, sauerkraut, and etc..