This quiz focuses on plyometrics within rehabilitation, assessing knowledge on muscle dynamics, the stretch-shortening cycle, and the roles of muscle components during different contractions. It's designed for learners in physical therapy and sports science, enhancing understanding of effective rehabilitation techniques.
Biomechanical Evaluation
Stability Testing
Dynamic Movement Testing
Flexibility
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Direction of Body Movement
Weight of Athlete
Speed of Execution
External Load
Intensity
Volume
Frequency
Training Age
Recovery
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Direction of Body Movement
Weight of Athlete
Speed of Execution
External Load
Intensity
Volume
Frequency
Training Age
Recovery
Rate this question:
Direction of Body Movement
Weight of Athlete
Speed of Execution
External Load
Intensity
Volume
Frequency
Training Age
Recovery
Rate this question:
Direction of Body Movement
Weight of Athlete
Speed of Execution
External Load
Intensity
Volume
Frequency
Training Age
Recovery
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Decrease, eccentric, concentric
Increase, eccentric, concentric
Decrease, concentric, eccentric
Increase, concentric, eccentric
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Contractile Component
Series Elastic Component
Parallel Elastic Component
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Biomechanical Evaluation
Stability Testing
Dynamic Movement Testing
Flexibility
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Direction of Body Movement
Weight of Athlete
Speed of Execution
External Load
Intensity
Volume
Frequency
Training Age
Recovery
Rate this question:
Contractile Component
Series Elastic Component
Parallel Elastic Component
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Force transferred externally through SEC
SEC lengthens and contributes to overall force output
Force output = CC + SEC
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Force transferred externally through SEC
SEC lengthens and contributes to overall force output
Force output = CC + SEC
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Mechanoreceptors detect stretch resulting in alterations in muscle tone, motor execution and kinesthetic awareness
Muscle spindle response is graded by the rate of stretch
Rapid loading = greater firing frequency = greater reflexive contraction
During eccentric loading, muscle tension increases, triggering golgi tendon organ to initiate reduction in muscle excitation
While muscle spindle and GTO oppose each other – both contribute to increased force production
Length is proportional to amount of stretching force applied
Absolute strength of fiber
Increased force production is dependent on transition from eccentric to concentric contraction
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Biomechanical Evaluation
Stability Testing
Dynamic Movement Testing
Flexibility
Rate this question:
Biomechanical Evaluation
Stability Testing
Dynamic Movement Testing
Flexibility
Rate this question:
Direction of Body Movement
Weight of Athlete
Speed of Execution
External Load
Intensity
Volume
Frequency
Training Age
Recovery
Rate this question:
Direction of Body Movement
Weight of Athlete
Speed of Execution
External Load
Intensity
Volume
Frequency
Training Age
Recovery
Rate this question:
Direction of Body Movement
Weight of Athlete
Speed of Execution
External Load
Intensity
Volume
Frequency
Training Age
Recovery
Rate this question:
Mechanoreceptors detect stretch resulting in alterations in muscle tone, motor execution and kinesthetic awareness
Muscle spindle response is graded by the rate of stretch
Rapid loading = greater firing frequency = greater reflexive contraction
During eccentric loading, muscle tension increases, triggering golgi tendon organ to initiate reduction in muscle excitation
While muscle spindle and GTO oppose each other – both contribute to increased force production
Length is proportional to amount of stretching force applied
Absolute strength of fiber
Increased force production is dependent on transition from eccentric to concentric contraction
Rate this question:
Mechanoreceptors detect stretch resulting in alterations in muscle tone, motor execution and kinesthetic awareness
Muscle spindle response is graded by the rate of stretch
Rapid loading = greater firing frequency = greater reflexive contraction
During eccentric loading, muscle tension increases, triggering golgi tendon organ to initiate reduction in muscle excitation
While muscle spindle and GTO oppose each other – both contribute to increased force production
Length is proportional to amount of stretching force applied
Absolute strength of fiber
Increased force production is dependent on transition from eccentric to concentric contraction
Rate this question:
Direction of Body Movement
Weight of Athlete
Speed of Execution
External Load
Intensity
Volume
Frequency
Training Age
Recovery
Rate this question:
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