Lesson 13 Review

Left

100

Formed in glycolysis 

1. glycolysis

2. glucose

3. formation of ATP

4. pyruvic acid

5. hydrogen atoms

4. pyruvic acid

200

oxidative phosphorylation

1. glycolysis

2. glucose

3. formation of ATP

4. pyruvic acid

5. hydrogen atoms

3. formation of ATP

300

anaerobic

1. glycolysis

2. glucose

3. formation of ATP

4. pyruvic acid

5. hydrogen atoms

1. glycolysis

400

enters glycolysis

1. glycolysis

2. glucose

3. formation of ATP

4. pyruvic acid

5. hydrogen atoms

2. glucose

500

removed by NAD

1. glycolysis

2. glucose

3. formation of ATP

4. pyruvic acid

5. hydrogen atoms

5. Hydrogen atoms

Middle

100

Inner membrane of mitochondria 

1. lactic acid

2. PGAL

3. Cristae

4. Acetyl CoA

5. CO2

3. cristae

200

formed when oxygen is lacking 

1. lactic acid

2. PGAL

3. Cristae

4. Acetyl CoA

5. CO2

1. lactic acid

300

carbon atoms are removed as ____

1. lactic acid

2. PGAL

3. Cristae

4. Acetyl CoA

5. CO2

5. CO2

400

enters Krebs cycle

1. lactic acid

2. PGAL

3. Cristae

4. Acetyl CoA

5. CO2

4. Acetyl CoA

500

glucose is broken down into _____

1. lactic acid

2. PGAL

3. Cristae

4. Acetyl CoA

5. CO2

2. PGAL

Right

100

where hydrogen atoms are taken

1. electrons

2. hydrogen

3. electron transport system

4. oxaloacetic acid

5. between 34 and 38

3. electron transport system

200

oxygen accepts ______

1. electrons

2. hydrogen

3. electron transport system

4. oxaloacetic acid

5. between 34 and 38

1. electrons

300

number of ATP molecules from each glucose molecule

1. electrons

2. hydrogen

3. electron transport system

4. oxaloacetic acid

5. between 34 and 38

5. between 34 and 38

400

______ ions pass into the matrix

1. electrons

2. hydrogen

3. electron transport system

4. oxaloacetic acid

5. between 34 and 38

2. hydrogen

500

has 4 carbon atoms

1. electrons

2. hydrogen

3. electron transport system

4. oxaloacetic acid

5. between 34 and 38

4. oxaloacetic acid