General Stuff
Glycolysis
Citric Acid Cycle
ETC
Anaerobic CR/Fermentation
100

In animals and plants, cellular respiration requires the use of which organelle?

mitochondria

100

Occurs in the ______ of the cell. 

cytoplasm

100

This step takes place in the ______ of the ______. 

matrix / mitochondria

100

Where are the proteins involved in the ETC found?

mitochondrial inner membrane

100

What is used as a final electron acceptor in anaerobic cellular respiration? 

inorganic molecule other than O2 (NO2, SO2, CO2)

200

Loss of electrons = _______ and gain of electrons = ______. 

oxidation / reduction

200

Glycolysis turns one glucose molecule into _______. 

2 pyruvate molecules (pyruvic acid)

200

A _______ step must happen before the Citric Acid Cycle to turn pyruvate into ______. 

transition / acetyl-CoA

200

What brings electrons to the ETC?

NADH and FADH2 

200

What step of the cellular respiration process occurs during fermentation? 

glycolysis

300

What is the function of cellular respiration?

Create energy to do work and power chemical reactions. 

300

At the end of glycolysis we net ___ ATP and ___ NADH. 

2 / 2

300

Part of the function of the Citric Acid Cycle is to ______. 

regenerate oxaloacetate. 

300

The ETC creates a _______ gradient to fuel ATP production. 

hydrogen (ion)

300

The two types of fermentation that can occur are ______ and ______. 

alcoholic / lactic acid

400

Cellular respiration has ______ steps. 

4 (four)

400

NAD+ picks up ______ to become NADH. 

electrons (and hydrogen)

400

1 molecule of glucose will cause the Citric Acid cycle to "spin" how many times? 

2 (two)

400

What is the "final electron acceptor" of the ETC in aerobic cellular respiration? 

O2 (oxygen)

400

What human cells are capable of doing fermentation?

muscle

500

What is the chemical formula/equation for aerobic cellular respiration?

C6H12O6 + 6O2 ----> 6CO2 + 6H2O + ATP

500

TRUE or FALSE

Both prokaryotes and eukaryotes can do glycolysis. 

TRUE

500

What is the net output of the Citric Acid Cycle for each molecule of glucose that is broken down?

4 CO2, 2 ATP, 6 NADH, 2 FADH2

500

Approximately how many ATP do we get from ALL stages of aerobic cellular respiration? 

36

500

______ fermentation done by ______ is used in the bread-making process. 

alcoholic / yeast