Review Of Cell Respiration

Front 1

Equation for cell respiration

Back 1

C6h1206 + 6O2 converted to 6CO2 +6H20 + Energy

Front 2

First step is the anerobic transition of _____ which is a _____ level phosphorylation and occurs in the ____

Back 2

Glycolysis, substrate level phosphorylation, cytoplasm

Front 3

substrate level phosphorylation

Back 3

the use of a free phosphate to turn ADP to ATP

Front 4

What happens in Glycolysis?

Back 4

Glucose is broken by hydrolysis and 2 ATP so 2 ATPs are given equaling 2 pyruvates, 4 ATP, and 2 NADH

Front 5

The second step is ____ occuring in the _____

Back 5

the transition step in the mitochondrial membrane

Front 6

What does the transition step do?

Back 6

2 pyruvates are converted to 2 acytel coA (that go to CAC) and 2 NADH (to ETC)

Front 7

The third step is the _____ that happens in the _______ inside of it

Back 7

Citric Acid Cycle, mitochondria matrix

Front 8

What happenes in the citric acid cycle?

Back 8

The 2 acytel coA are converted to 2 ATP (for cell work), 4 co2 (to the cytoplasm), 6 NADH (to the ETC) and 2 FADH2 (to ETC)

Front 9

The third step is the _____ that occurs in the _____ it is the same as the ______

Back 9

Electron transport chain, christae of the inner membrane of the mitochondria, same thing as Oxidative Phosphorylation stage

Front 10

______ is the chemical reaction in the ETC generating ATP

Back 10

chemomosis

Front 11

In the ETC ____ NADH from glycolysis, ____ NADH from the transition reaction, ____ NADH from CAC and ____ FADH2 from the _____ which total ____ NADH and ___ FADH2 giving _____ ATP

Back 11

two, two, six, and two FADH2 equaling 10 NADH and 2 FADH2 giving 32 to 34 ATP

Front 12

The total ATP created is ___ from glycolysis, ___ from CAC and ____ from ETC chemosmosis but can be 36 to 38 ATP if the optional ___ occurs

Back 12

2, 2, and 32 to 34, transition cycle