BPK 141 Final Exam Test Bank- Simon Fraser University (SFU)- 198+ High-Yield Questions & Verified Answers Latest Update- Grade A+ Proven Guide

BPK 141 Final Exam Test Bank- Simon Fraser University (SFU)- 198+ High-Yield Questions & Verified Answers Latest Update- Grade A+ Proven GuideCrush your BPK 141 Final Exam with this comprehensive, highly organized question-and-answer study guide! This document contains over 190 high-yield concept breakdowns, active-recall study questions, and essential terminology definitions structured to map directly to the core curriculum of Human Structure, Function, and Performance. Perfect for Kinesiology, Biomedical Physiology, and Health Sciences majors looking for a high-yield, rapid-review resource to secure an A on the cumulative final exam. ### Comprehensive Subject Matter Covered: * **Nutrition & Diets:** In-depth breakdown of the Paleo diet (benefits and restrictions), Type 2 diabetes definitions, Glycemic Index (GI) vs. Glycemic Load (GL) kinetics, and the major macronutrients/fuels used during exercise. * **Metabolism & Energy Systems:** Glycogen depletion timelines across work intensities (65-85% VO2 max rules), gluconeogenesis pathways, and fuel utilization shifts across exercise durations. * **Thermoregulation Mechanics:** Complete analysis of human heat transfer principles (radiation, conduction, evaporation) and physiological defenses against overheating. Detailed calculations for Wet Bulb Globe Temperature (WBGT), Relative Humidity, Heat Index metrics, and the advantages of elevated core body temperatures during physical exertion. * **Fluid Balance & Hydration:** Clinical distinctions between hypertonic, isotonic, and hypotonic fluids. Deep dive into the causes and impacts of hyponatremia, dehydration tolerance thresholds (the 5% body weight rule), and dipsomania. * **Endocrine & Neuroendocrine Integration:** Catabolic vs. anabolic pathway kinetics (cortisol, adrenaline, glucagon functions), Cushing’s syndrome pathologies, and hyperinsulinemia dynamics. * **Training Principles & Periodization:** Comprehensive breakdowns of the foundational Overload, Specificity, Individual Differences, and Reversibility principles. Deep dive into functional vs. non-functional overreaching, Performance equations (Fitness - Fatigue), block periodization, tapering strategies, and residual training effects. * **Exercise Zones & Programming:** Physiology of training zones (Moderate, Heavy, Severe, Extreme) and the 80:20 Polarized Training Model. Metabolic Equivalents (METs) calculations, mitochondrial biogenesis, and VO2 slow component dynamics. * **Cardio & Resistance Training Layouts:** Workout styling principles including recovery runs, goal-pace structures, short/long interval run formulas, and work-to-rest system ratios (Phosphagen vs. Glycolytic vs. Oxidative). * **Resistance & Plyometric Training:** Progressive resistance rules (the Two-for-Two rule), proper arrangement of exercises (large vs. small muscle groups), supersetting mechanics, Olympic-style lifts, triple extension mechanics, and plyometric loading phases (eccentric negative work vs. concentric positive work). * **Flexibility, Mobility, & Body Composition:** Active vs. passive flexibility parameters, dynamic stretching, PNF techniques, myofascial trigger points, and sliding surface structures. Detailed look at essential vs. non-essential fat, subcutaneous vs. visceral adipose tissue pathologies, and body fat measurement diagnostics (DEXA, BIA, skinfold calipers). * **Ergogenic Aids & Performance Enhancers:** Scientific analysis of carbohydrate loading, glucose feeding strategies, and legal supplementation mechanics (Creatine, Caffeine, Beta-alanine, Nitrate/Beetroot supplementation). Review of banned athletic protocols including blood doping, altitude training dynamics (Live High, Train Low), and Erythropoietin (EPO) application.