3.3.6-3.3.7 - ATP Production by ATP-PC Sys. & Lactic Acid Sys.

Creatine Phosphate is broken down by what enzyme to stimulate the resynthesis of ATP?

• ATPase

• Creatine Kinase

• Lipases

• ATP Synthase

ATP is synthesized very quickly in which system?

• ATP-PC System/Anaerobic Alactic System

• Lactic Acid System/Anaerobic Lactic System

• Aerobic System/Oxidative System

• None of the Above

• All of the Above

The energy that is released in the breakdown of Creatine Phosphate (or Phosphocreatine) by the enzyme creatine kinase via the ATP-PC System is used to produce

• 1 ATP

• 2 ATP

• 3 ATP

• 34 ATP

• 130 ATP

The breakdown of Creatine Phosphate (or Phosphocreatine) by the enzyme creatine kinase via the ATP-PC System occurs within the

• Mitochondria

• Sarcoplasm (Cytoplasm of the muscle)

• Bloodstream

• Presence of oxygen

ATP is quickly resynthesized in which system?

• ATP-PC System/Anaerobic Alactic System

• Lactic Acid System/Anaerobic Lactic System

• Aerobic System/Oxidative System

• None of the Above

• All of the Above

The energy that is released in the breakdown of glucose by the process of glycolysis via the Lactic Acid System (Anaerobic Lactic System) is used to produce

• 1 ATP

• 2 ATP

• 3 ATP

• 34 ATP

• 130 ATP

The energy that is released in the breakdown of Glycogen by the process of glycolysis via the Lactic Acid System (Anaerobic Lactic System) is used to produce

• 1 ATP

• 2 ATP

• 3 ATP

• 34 ATP

• 130 ATP

The breakdown of glycogen or glucose by the process of glycolysis via the Lactic Acid System (Anaerobic Lactic System) occurs within the

• Mitochondria

• Sarcoplasm (Cytoplasm of the muscle)

• Bloodstream

• Presence of oxygen

Anaerobic glycolysis occurs

• In the presence of oxygen

• In the absence of oxygen

• All of the above

• None of the above

After a 400m runner experiences a build up of lactic acid upon the completion of a race - what will remove the lactic acid & convert it back to pyruvate

• Breathing aerobically

• Nitrogen

• Carbon Dioxide (CO2)

• Oxygen (O2)

• Oxygen debt