Question

1. please pair the answers on the right with their appropriate match on the left.

where does glycolysis take place within the cell?
where does the krebs cycle/ci acid cycle take place within the cell?
where does the electron transp chain take place within the cell?
how many atp are made during glycolysis
how many atp are made during citric acid cycle?
how many atp are made during electron transport chain?
the phase of cellular respiration that operates like an assembly line and is able to produce the most atp
molecules that act as electron(energy) carriers

Explanation:

Glycolysis occurs in the cytoplasm. The Krebs Cycle/Citric Acid Cycle takes place in the matrix of the mitochondria. The Electron Transport Chain occurs in the cristae (inner lining) of the mitochondria. Glycolysis produces 2 ATP. The Citric Acid Cycle produces a small amount (but not the main ATP - producing phase here, but if we consider the net gain per glucose, it's 2 ATP). The Electron Transport Chain produces 32 - 34 ATP. The Electron Transport Chain is the phase that operates like an assembly line and produces the most ATP. NADH, FADH, FADH2 are electron (energy) carriers.

Answer:

Where does Glycolysis take place within the cell? - Cytoplasm
Where does the Kreb's Cycle/Citric Acid Cycle take place within the cell? - Matrix of the Mitochondria
Where does the Electron Transp Chain take place within the cell? - Cristae (Inner Lining) of the Mitochondria
How many ATP are made during Glycolysis - 2 ATP
How many ATP are made during Citric Acid Cycle? - 2 ATP (net per glucose)
How many ATP are made during Electron Transport Chain? - 32 - 34 ATP
The phase of cellular respiration that operates like an assembly line and is able to produce the MOST ATP - Electron Transport Chain
Molecules that act as electron(energy) carriers - NADH, FADH, FADH2