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Anaerobic Adaptations Quiz

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Key anaerobic training adaptations

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Anaerobic Adaptations Quiz
 

Anaerobic Adaptations QuizOnline version

Key anaerobic training adaptations

by Natasha
1

What happens to muscle fibres with hypertrophy in anaerobic training?

2

Which change boosts the speed and force of contractions in anaerobic training?

3

What enzyme activity increases to resynthesize ATP faster during maximal effort?

4

How does glycogen storage impact anaerobic performance?

5

What happens to buffering capacity in anaerobic adaptations?

6

Which adaptation directly supports maintaining high-intensity speed longer?

7

What is the effect of increased ATP + phosphocreatine stores?

8

Which adaptation increases the speed of maximal muscular contraction?

9

Which is a neuromuscular adaptation to resistance training?

Feedback

Hypertrophy refers to larger muscle fibre size, increasing force potential.

Synchronous motor-unit recruitment enhances rapid, powerful contractions.

Higher ATPase activity speeds ATP breakdown and resynthesis during bursts.

More glycogen supports sustained high-intensity efforts via glycolysis.

Enhanced buffering delays pH decline, aiding high-intensity work.

Greater lactate tolerance allows sustained high-intensity efforts.

Stored PC/ATP enables quick energy during maximal efforts.

Faster neural impulses raise rate of force development.

Structural enlargement underpins greater force production.

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