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45 questions
What is the name of the naturally occurring compound found in muscles that provides us with energy for muscular contraction?
Creatine Phosphate
Adenosine Diphosphate
Adenosine Triphosphate
Glycogen
We store enough ATP in our muscles for how many seconds worth of exercise?
When we run out of ATP, we must then turn to another compound to provide energy? Choose one from the list below.
Glycogen
Adenosine Diphosphate
Creatine Phosphate
Glucose
When Creatine Phosphate is split into a separate C+P, it releases energy for which of the following?
Muscular Contraction
Remove Lactic Acid from Muscles
Re-Synthesize ATP
When a compound is broken down, releasing energy, what is it known as?
Exothermic Reaction
Endothermic Reaction
Coupled Reaction
When ATP has been re-synthesized, what happens next?
Lactic Acid is produced
Aerobic System is activated
ATP is broken down once again, releasing energy for muscular contraction
Nothing
What is a common feature of both the ATP-CP system and the Lactic Acid energy systems?
Lactic Acid is produced
Both systems take the same period of time to recover
ATP is re-synthesized anaerobically
The accumulation of lactic acid in the working muscles causes fatigue
What is the most likely cause of fatigue in a runner completing a 100 metre sprint?
Dehydration
Accumulation of Lactic Acid
Depletion of Muscle Glycogen
Depletion of Creatine Phosphate
What is an Endothermic Reaction?
When Energy is used to re-synthesize a compound
When Energy is used for Muscular Contraction
When Energy is stored in the muscles
When Energy is released as a result of a breakdown of a compound
How long does the Energy released from the ATP-CP system last for?
3-5 seconds
1 minute
10-15 seconds
3 minutes +
The ATP-CP Energy System does not use Oxygen.
True
False
What is the by-product of the ATP-CP System?
None
Lactic Acid
Carbon Dioxide
Water
The ATP-CP system provides energy for what intensity of exercise?
Low-Medium
High
Maximal
Which 2 sports listed below predominantly use the ATP-CP system to produce energy?
1500m Race
Netball
Football
Volleyball
What is the fuel source for the Lactic Acid System?
Protein
Pyruvic Acid
Creatine Phosphate
Glucose
The Glucose that is not used immediately, is stored in our muscles. What is it stored as?
Glycogen
Fat
ATP
Pyruvate
When we break down Glycogen (without Oxygen), what is produced?
Lactic Acid
Carbon Dioxide
Nothing
Pyruvic Acid
During the Lactic Acid system, pyruvic acid is then converted into Lactic Acid in the muscles. Which 2 effects below are experienced as a result of a build up of LA?
Feinting
Sickness
Pain
Fatigue
Using the Lactic Acid System, enough energy is released to re-synthesize how many ATPs?
2
34
1
38
How long does the Energy released from the Lactic Acid System last for?
3 minutes +
15 seconds - 3 minutes
3-5 seconds
10-15 seconds
The Lactic Acid System provides Energy for what Intensity of Exercise?
Low - Medium
Maximal
High
The Lactic Acid System uses Oxygen to create energy?
True
False
Which track athletics event listed below is most likely to use the Lactic Acid system as its predominant energy system?
400m Sprint
110m Hurdles
1500 metres
5000 metres
Which games activity listed below is least likely to use the Lactic Acid Energy System?
Hockey
Rugby
Volleyball
Basketball
What is the fuel source for the Aerobic Energy System?
Glucose
Creatine phosphate
Protein
Glucose, Fat & Protein
The Aerobic Energy System uses Oxygen to produce Energy.
True
False
Click 2 by-products of the Aerobic System from the list below.
Carbon Dioxide
Lactic Acid
Pyruvate
Water
How many stages are there in the Aerobic System?
1
2
3
4
How much energy is produced during stage 1 of the Aerobic System?
1
2
3
4
How much energy is produced during stage 2 of the Aerobic System?
1
2
3
4
How much energy is produced during stage 3 of the Aerobic energy system?
14
24
30
34
How much energy is produced from all 3 stages of the Aerobic System?
38
34
40
30
The Aerobic System provides enough energy for how long?
15 seconds - 3 minutes
3 minutes +
10-15 seconds
1 minute
The Aerobic System provides energy for what intensity of exercise?
Low-Medium
High
Maximal
What sporting activity would predominantly use the Aerobic Energy System?
Surfing
Rugby
Athletics - 800 metres
Marathon
Which 2 sporting activities are least likely to use the Aerobic Energy System?
Hockey
Volleyball
Badminton
Football
Which energy system would a hockey/football midfielder predominantly use?
ATP-CP System
Lactic Acid System
Aerobic System
What energy system would a football/hockey goal-keeper predominantly use?
ATP-CP System
Lactic Acid System
Aerobic System
What Energy System would a football/hockey player use during stoppages in play?
ATP-CP System
Lactic Acid System
Aerobic System
Which energy system is the quickest and simplest form of energy production?
ATP-CP System
Lactic Acid System
Aerobic System
Which of the following is this a definition of?
"The interplay of % contribution of all 3 Energy Systems."
Recovery Process
Aerobic Energy System
Energy Continuum
Aerobic Glycolysis
Which of the following factors affects the energy system used?
Weight
Somatotype
Genetics
Intensity
Which of the following factors contributes to the choice of energy system used?
Duration
Weight
Genetics
Which of the following factors affects the energy system used?
Genetics
Somatotype
Body Composition
Fitness of the player
Which of the following factors does NOT contribute to the choice of energy system used?
Duration
Diet
Commitment of Player
Tactics used
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