BPK 143 Study Guide - Final Guide: Upper Respiratory Tract Infection, Coronary Artery Disease, Spasm
by OC17242
School
Simon Fraser UniversityDepartment
Biomedical Physio & KinesCourse Code
BPK 143Professor
Tony LeylandStudy Guide
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Study Questions
These questions are not exhaustive. They simply provide you with an example of
questions that could be asked in a final exam.
1. Describe the components of physical fitness.
•Muscle Endurance
•Muscle Strength
•Cardiovascular endurance
•Flexibility
•Body composition
2. Describe the four principles of physiologic conditioning.
•Specificity Principle
•Overload Principle
•Reversibility Principle
•Individual differences Principle
3. Briefly explain the “open window” theory.
•Due to very intense activity, your natural killer T-cells which fight
upper respiratory tract infection get suppressed giving you a
greater chance of infection
4. In aerobic training effects, what is the most important factor—training
intensity, duration, or frequency? Explain.
•Intensity. It’s essential because if your intensity is too low, then
duration and frequency won’t matter. You still won’t reach your
proper overload point.
5. Using the FITTness formula, describe the components of an aerobic
weight-bearing (such as running) program for a 28-year-old female. Show
your calculations regarding exercise intensity. Be specific.
•Frequency: 3-5 days a week
•Intensity: use target heart rate zone of 0.65(220-28) to 0.90(220-
28) = 125-173 bpm
•Type: jogging
•Time: 20-60 min.
6. Using the FITTness formula, describe the components of an aerobic
swimming program for a 45-year-old male. Show your calculations
regarding exercise intensity. Be specific.
•Intensity: 205-45 instead. So 104 to 144 bpm
7. Describe some common components of a warm-up program and a good
cool-down program.
•Warmup: five minutes. Break a sweat. Get heart rate a little higher.
jogging
•Cool-down: Stretching. Better to be moving. Keep moving until
HR drops below 100 bpm. 5 min.
8. Describe the physiological and psychological benefits of a warm-up prior
to an intense activity.
•Warmup:
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