Glycolysis (A glucose molecule is broken down into Pyruvic acid and ATP molecules) & 1st part: Krebs Cycle (Citric acid) + 2nd part: Electron Transport Train

First Stage of Cellular Respiration

Glycolysis is a series of reactions using enzymes. It occurs in the cytoplasm.

Light Independent Reaction & Light Dependent Reaction (Calvin Cycle/Dark Reaction)

First Stage of Photosynthesis

Light Independent Reaction requires solar energy. First solar energy is absorbed by the chloroplast and two energy storing molecules are produced. (ATPand NADPH) Then solar energy splits water molecules, releases oxygen as a waste product.

The reactants that go in Cellular Respiration are the products of Photosynthesis.

1. What is its purpose?
2. What types of cells do this?
3. What organelle in this cell does this?
4. Reactants (What goes in) 
• For Photosynthesis 
  
5. Products (What comes out)
• For Cellular Respiration
  

• (CO2 + H2O + (energy))
  
• (Glucose + O2)
  

Light Dependent Reaction does not require solar energy. First ATP and NADPH is used to produce simple sugars (glucose) from carbon dioxide. Glucose is used to store chemical energy for the cell.

Glucose is then either used as an energy (food) through cellular respiration or is converted to organic molecules (lipids. proteins, carbs, and cellulose) by various biological processes.

When oxygen is available, the 2nd step is the 2nd step process of aerobic respiration, which occurs in mitochondria.

1st part: Citric acid or Krebs cycle. 

2nd part: Electron transport train.

• Uses the pyruvic acid formed in glycolysis.
  
• A series of steps, releasing carbon dioxide, water, and energy.
  

• Series of chemical reactions ending with hydrogen combines with oxygen to form water.
  
• Carbon dioxide is then released as a waste product, as it is formed in several stages of the Krebs cycle.
  
• By the end of the cycle, it produces up to 36 ATP. 
  
• Any ATP made is used by the cell for cellular metabolism.