1.) ____________allows glycolysis to continue making ATP when
oxygen is NOT PRESENT A.) Cellular Respiration B.) Krebs Cycle C.)
Fermentation D.) Electron Transport Chain
Slide 4
2.) Which type of fermentation occurs in your muscles during
rapid and vigorous exerice when your muscles run out of oxygen and
cant conduct cellular respiration? A.) Alcohol fermentation
B.)Lactic Acid fermentation C.) Fermentation D.) Cellular
respiration
Slide 5
3.) Why is fermentation considered to be less efficient than
cellular respiration A.) During fermentation your cells create MORE
ATP than they would during cellular respiration B.) Fermentation
and cellular respiration both result in the same number of ATP C.)
During fermentation your cells create much LESS ATP than they would
during cellular respiration D.) Your cells do not produce any ATP
during fermentation
Slide 6
The chemical equation above represents which type of
fermentation? A.) Cellular respiration B.) Alcohol fermentation C.)
Alcohol fermentation D.) Lactic Acid Fermentation 4.) C 6 H 12 O 6
+ 2 ADP + P --> 2 C 3 H 5 OOH + 2 ATP Glucose Lactic Acid
Energy
Slide 7
5.) Which type of fermentation produces alcohol, CO 2, and ATP
by breaking down Pyruvate and NADH formed during glycolysis? A.)
Alcohol fermentation B.)Lactic Acid fermentation C.) Fermentation
D.) Cellular respiration
Slide 8
6.) C 6 H 12 O 6 + 2 ADP + P --> 2 C 2 H 5 OH + 2 CO 2 + 2
ATP Glucose Ethanol (alcohol) Carbon dioxide Energy! The chemical
equation above represents which type of fermentation? A.) Cellular
respiration B.) Alcohol fermentation C.) Alcohol fermentation D.)
Lactic Acid Fermentation
Slide 9
1.) ____________allows glycolysis to continue making ATP when
oxygen is NOT PRESENT A.) Cellular Respiration B.) Krebs Cycle C.)
Fermentation D.) Electron Transport Chain
Slide 10
2.) Which type of fermentation occurs in your muscles during
rapid and vigorous exercise when your muscles run out of oxygen and
cant conduct cellular respiration? A.) Alcohol fermentation
B.)Lactic Acid fermentation C.) Fermentation D.) Cellular
respiration Lactic acid fermentation occurs when oxygen is NOT
available in your cells. The pyruvate and NADH formed during
glycolysis is broken down into lactic acid and ATP is released
Slide 11
3.) Why is fermentation considered to be less efficient than
cellular respiration C.) During fermentation your cells create much
LESS ATP than they would during cellular respiration Cellular
respiration = 36-38 ATP Fermentation = 2 ATP
Slide 12
The chemical equation above represents which type of
fermentation? A.) Cellular respiration B.) Alcohol fermentation C.)
Alcohol fermentation D.) Lactic Acid Fermentation GlucoseLactic
Acid Energy 4.) C 6 H 12 O 6 + 2 ADP + P --> 2 C 3 H 5 OOH + 2
ATP
Slide 13
5.) Which type of fermentation produces alcohol, CO 2, and ATP
by breaking down Pyruvate and NADH formed during glycolysis? A.)
Alcohol fermentation B.)Lactic Acid fermentation C.) Fermentation
D.) Cellular respiration
Slide 14
6.) C 6 H 12 O 6 + 2 ADP + P --> 2 C 2 H 5 OH + 2 CO 2 + 2
ATP Glucose Ethanol (alcohol) Carbon dioxide Energy! The chemical
equation above represents which type of fermentation? A.) Cellular
respiration B.) Alcohol fermentation C.) Alcohol fermentation D.)
Lactic Acid Fermentation
Slide 15
14.) Fill in the diagram on the backside of your paper
