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WorksheetsAnaerobic Respitation
Total questions: 20
Worksheet time: 11mins
True or false: Both anaerobic and aerobic respiration use glucose
True
False
Which process is common to both Aerobic and Anaerobic Respiration?
Glycolysis
Krebs Cycle
ETC
Fermentation
How many ATP molecules per glucose are made in Anaerobic Respiration?
2
4
6
36-38
Anaerobic Energy System comprises of
Short term energy system
Glycolysis
Immediate Term Energy System
All of the above
What is called as the energy currency of the body?
ADP
ATP
Phosphocreatine
FADH
When phosphate bond in ATP splits, how much energy is released?
5.3 KCal
6.3 KCal
7.3 Kcal
1.3 KCal
The immediate energy system reaches is maximum capacity to deliver energy by ..
4 Seconds
1-2 Seconds
8-12Seconds
180 Seconds
•In the 100-m sprint,from an energy perspective,
The body cannot maintain maximum speed for longer duration. with the winner slowing the least.
The winner most effectively supplies Phosphate bond energy
During the last few seconds, runners actually slow down,
The winner uses the limited quantity of phosphate-bond energy.
A 100m sprint uses
Short term energy system
Immediate term energy system
Long term energy system
Both A and B
The Short term energy system uses________as its primary fuel
Glucose
Glycogen
Lactic Acid
ATP
The substrate with which Glycolysis starts is _______
Lactate
Pyruvate
Acetyl CoA
Glycolysis can occur as
Anaerobic only
Aerobic only
Both Anaerobic & Aerobic
Neither Aerobic nor Anaerobic
Glycogenolysis is
Breakdown of Glucose
Breakdown of Glycogen
Synthesis of Glycogen
Synthesis of Glucose
Examples of activities that rely heavily on ATP generated by rapid glycolysis include:
sprinting at the end of a mile run
swimming all-out from start to finish in a 50 m swim
routines on gymnastics apparatus
sprint running up to 200 m
To train anaerobically, an athlete would need to work ...
between 40-60% of their maximum heart rate.
more than 80% of their maximum heart rate.
less than 80% of their maximum heart rate.
between 60-80% of their maximum heart rate.
Which of the below is a consequence of lactic acid production?
Increased flexibility of muscles
Increased strength
Increased muscular pain & fatigue
_______accepts additional hydrogen radicals generated during glucose metabolism
NAD+
FAD
NADH
FADH
Lactate should not be viewed as a waste product because it can be readily converted into ..
Glucose
Pyruvate
Glycogen
ATP
Lactic acid is re-converted mainly in
Liver
Muscles
Liver & Muscles
kidney
