Assignment: Topic: This week we covered the details of Cellular Respiration. Your assignment this week is in two parts. Using Excel (or some other Table creating program) create a table that describes...

Introduction
Cellular respiration is a biological process in which cells break down the sugar to receive energy and then utilise it completely. Entire process takes in food and then utilise it to create ATP. Adenosine Triphosphate (ATP) is energy-carrying chemical in the living cells. Essentially, the process utilises oxygen and can be further explained in the four sub-phases referred as Glycolysis, Link Reaction, Krebs Cycle as well as the Electron Transport System. The ultimate outcome of the process of cellular respiration is generation of chemical ATP.
Chemical Formula for cellular respiration
C6H12O6 + 6O2 → 6CO2 + 6H2O + Energy (as ATP)
In order words, glucose combined with oxygen produces carbon dioxide, water and energy released in form of ATP. The process by the virtue of which individual cell breaks down the food molecules like glucose in order to release the energy. The entire process can be resonated to burning which although emits light however, in cellular respiration energy is released. This energy given out is slowly dissolved in the many small steps. This process takes place in cells of all the living organisms like heterotrophs and autotrophs. Entirely, all of the these catabolizes the glucose in the form of ATP. The reaction of cellular respiration can be further categorised into four main stages like Glycolysis, Link Reaction, Krebs Cycle and Electron Transport Chain.
Below Table describes the entire process of cellular respiration and breaks down the process into subsequent phases. Furthermore, table highlights the inputs and process for each sub phases and what is the output generated. Moreover, it also explains the place of the reaction where the sub-process / phase takes place. It is the comprehensive way to look at the entire cellular respiration as the process
    Sub-Steps of Cellular Respiration
    Sub-Step Reactants
    Sub-Step Products
    ATP Contribution
    Cellular location of sub-step
    Glycolysis
    It is the first stage in the process which implies splitting of the glucose. Enzymes further splits a molecule of glucose into two further molecules of pyruvate knowing as pyruvic acid. In this phase, cytoplasm is divided into pyruvate primary molecules. Scientifically, there are ten enzymes are required in order to create the intermediate compounds in the process. There is requirement of energy-rich ATP to initiate the process.
    There is requirement of energy-rich ATP to initiate the process.
Glucose initially breaks the glyceraldehyde 3-phosphate (certain molecules that contains three carbons and phosphate groups). There is consumption of...