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Cellular Energetics, photosynthesis - Coggle Diagram
Cellular Energetics
Respiration
use o2 and glucose to make ATP
C6H12O6 + O2 --> CO2 + H2O
Glycolysis
6C glucose
chopped
3C
2 NADH
3C
2 Pyruvate
2 ATP
Pyruvate Oxidation
3C
2C
2 CO2
3C
2C
Acetyl coA
2 NADH
Kreb cycle
Electron transport chain
Exergonic
Enzymes
biological catalyst
catalyst
Speeds up reaction
doesn't get consumed
active side
substrate bonds
new products
sometimes inhibitor
competetive
noncompetetive
bonds to another place
bonds to active side
Activation energy
energy to start reaction
Too high temp - denature
temp/ph
feedback inhibition
a is substrate
b is product and inhibitor
if to much b produced bs gonna stop b production
Photosynthesis
Light dependent
Light energy
chemical energy
Thylakoid membrane
Light independent (calvin)
Endergonic
3.5 b.y.a
oxygen is because of it
energy types
kinetic energy
heat energy
chemical energy
energy of cells
thermo dynamics
first law: conversation of energy
second law: energy is getting less useful, entropy
dG=dH-TdS
dS = entropy
G = how much energy can be used
dH = enthalpy = total energy
dG > 0 means nonspontaneous G is increased by something
dG < 0 energy is being used spontaneous
dH > 0 system getting energy so endengonic
dH < 0 system releasing energy so enxengonic
ATP and Reaction Capling
breaking of bond between phosphate
exergonic
ADP
photosynthesis
light dependent
CO2 input
NADP+ and ADP and P
CH2O output
Light independent
reaction
O2 output
ATP and NADPH
H2O input
In thylakoid membrane
In stroma