Glucose and Oxygen are vital parts for making respiration happen. but more important is where and how you get these i think.
Improvement:
Aerobic respiration consists of 4 components. Glycolysis, link reaction, the Krebs cycle and lastly, electron transport chain reaction.
I shall define respiration as the complete oxidation of glucose into ATP, a universal energy currency which means that sugar we eat will be completely converted into energy.
Glucose's has 2 phases and will require an initial input of energy and glucose (in the form of ATP) in the energy investment phase but will ultimately generate twice the amount of ATP used in the energy payoff phase by the end of glucose's. The end product of glucose's will be pyruvate. From here, the pyruvate will be used in the link reaction. Also, note that in glycolysis, something called NAD is being reduced to NADH. (this is like storing money in a bank in a foreign currency; it isn't really useable yet, but will be withdrawn later)
The link reaction converts the pyruvate into Acetyl CoA, which will then be used in the Krebs cycle. This reaction also converts NAD into NADH. ( more "energy" deposit )
In the Krebs cycle, a lot more of such NAD is converted into NADH.
Now, all that NADH produced will be used in the electron transport chain. However, to succesfully extract the energy in the NADH (converting the cash into local currency), there must be oxygen present. This is because of the nature of the electron transport chain. Electrons are extracted from the NADH and passed down through a chain of proteins, generating energy. When the electron leaves the chain, it will be absorbed into oxygen to form water. A lack in oxygen will prevent this from happening.
So, in a nutshell, you will need glucose, some energy and oxygen for respiration.
Respiration produces energy in the form of ATP that living things need to survive.
Your body uses aerobic respiration to produce energy for activities like running or biking. During aerobic respiration, cells use oxygen to break down glucose into ATP, the energy currency of the cell. This process occurs in the mitochondria of cells and provides the energy needed for muscle contractions and movement.
Cells need oxygen for respiration, which is the process where they break down glucose to release energy. This energy is used for various cellular functions. In addition to oxygen, cells also need glucose as a fuel source for respiration.
because every living thing needs to do this to survive
plant cells, like any other cell, need a continuous supply of enery to live. if a cell stop functioning it dies and eventually the whole plant or systems dies. plant cells can do both respiration and photosyntheis, whil animal cells can only do respiration, no photosynthesis.. :D
It is aerobic respiration. Anerobic respiration does not need them
They are for aerobic respiration. It produces energy in cells
Plants also need energy. So they obtain energy through respiration
Plants also need energy. So they obtain energy through respiration
Respiration supplies the body with oxygen, energy could be a byproduct because you need oxygen to perform tasks that create energy
Sugars are the fuel for respiration. Respiration fulfills the energy need of cell
respiration is the release of energy from cells; and glucose and oxygen equal carbon dioxide and water and energy.
cellular respiration is preformed when the cells need to obtain energy from glucose.
It provides your cells with energy which allows you to do everyday task Cellular respiration is the energy producing process.Human need energy for survivial
it does use cellular resp0irationPlants also need energy.They get energy by respiration
Respiration produces energy in the form of ATP that living things need to survive.
When oxygen runs out, the muscles and other cells need to obtain energy from oxygen and nutrients. Anaerobic respiration (respiration without oxygen) fills this need.