Download Metabolism/Cellular Energy

Metabolism/Cellular Energy
Release of energy
Break down large molecules;
release energy
Assemble small molecules to
large; require energy
ADP +P
Ex:
Ex:
6O2 + C6H12O6  6H2O + 6CO2
6H2O + 6CO2  6O2 + C6H12O6
1st Step
O2 needed
2nd Step
Light +H2O + ADP + NADP+  O2 + ATP + NADPH
Occurs in ____________________
O2 not present
1 Step in aerobic
& anaerobic Resp.
st
CO2 + ATP + NADPH  C6H12O6 + ADP + NADP+
Occurs in ____________________
Proteins in the____________ membrane
___ATP
C6H12O6 + 2ATP+ 2NAD+  2Pyruvic Acid + 4ATP +2NADH
2nd stepaerobic resp.
2nd step anaerobic resp.
2Pyruvic acid + O2  H2O + CO2 +ATP
Occurs in ____________________
st
1 part
2nd part
Pyruvic acid  2ATP
+ 8NADH +2FADH2
ADP +P  ATP
OR
NADH + FADH2 +O2 
2Pyruvic acid + 2ATP
~32ATP +H2O + FAD +NAD+ + 2NADH Lactic acid
___ATP
e- go “down the stairs”
& release energy
Occurs in ______________;
Remakes NAD+ to continue glycolysis
Occurs in_______; Occurs in_________;
_________________ _______________
phosphorylation
phosphorylation
___ATP
2NADP+ + 2e- + H +  2NADPH
H2O  O2 (waste)
“Sugar-breaking” that occurs in __________
2Pyruvic acid + 2ATP
+ 2NADH ethanol +CO2
Ex. Of cells
___ATP
___ATP
1.
2.
3.
4.
Highlight all Reactants PINK
Highlight all products GREEN
In the pictures, label the organelles
On the pictures, label where all the reactions above are taking place.