Loughborough University · Sport and Exercise Physiology · Exercise Physiology (18PSB211)
Here are the best resources to pass Exercise Physiology (18PSB211) at Loughborough University. Find Exercise Physiology (18PSB211) study guides, notes, assignments, and much more. We also have lots of notes, study guides, and study notes available for Sport and Exercise Physiology at Loughborough University.
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Lab notes to give you a better understanding of: - The force velocity relationship - Finding out peak power - 2 models to explain the stretch shortening cycle (Neurophysiological and Mechanical) - the effect of increasing non-contractile mass. Includes diagrams, charts, and revision questions.
- Class notes
- • 6 pages •
Lab notes to give you a better understanding of: - The force velocity relationship - Finding out peak power - 2 models to explain the stretch shortening cycle (Neurophysiological and Mechanical) - the effect of increasing non-contractile mass. Includes diagrams, charts, and revision questions.
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Included in this bundle is: - 9 clear and easy to understand lecture notes covering key exam topics topics. - Over 200 revision questions to test yourself on these topics. - Lab notes covering key tests and theory you'll need to know. Following key chapters from 'Physiology of Sport and Exercise' by Larry Kenney, Wilmore, and Costil
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- Exercise Physiology Revision Notes • Class notes
- 200 Exercise Physiology Exam Revision Questions • Study guide
- Physiology Lab Notes and Revision Questions • Class notes
Included in this bundle is: - 9 clear and easy to understand lecture notes covering key exam topics topics. - Over 200 revision questions to test yourself on these topics. - Lab notes covering key tests and theory you'll need to know. Following key chapters from 'Physiology of Sport and Exercise' by Larry Kenney, Wilmore, and Costil
Lab notes to give you a better understanding of: - The force velocity relationship - Finding out peak power - 2 models to explain the stretch shortening cycle (Neurophysiological and Mechanical) - the effect of increasing non-contractile mass. Includes diagrams, charts, and revision questions.
- Bundle
- Class notes
- • 6 pages •
Lab notes to give you a better understanding of: - The force velocity relationship - Finding out peak power - 2 models to explain the stretch shortening cycle (Neurophysiological and Mechanical) - the effect of increasing non-contractile mass. Includes diagrams, charts, and revision questions.
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