HBS Unit 4: Movement Study Guide—Test Thursday, April 7th(39 MC, 1 Multi-part Case Study Short Answer)

  • What is the anatomy and physiology of the skeletal system? What are the names of the bones? (2 MC)
  • What are the major bones of the axial and appendicular skeleton? What type of bone is each bone? (1 MC)
  • What is the anatomy and physiology of the five bone types? (1 MC)
  • What are osteoporosis, osteoarthritis, and osteogenesis imperfecta? Why does each disease occur? (1 MC)
  • Our joints allow us to perform many movements. What are the five movements we studied? (1 MC)
  • What is the anatomy and physiology of the three joint types? Of the six movable (synovial) joints? (2 MC)
  • What are the three types of muscle? What are the characteristics of each type of muscle tissue? (2 MC)
  • What is the anatomy and physiology of the muscular system? (2MC)
  • What are the names of the skeletal muscles? Which muscles are worked by a given exercises? (2 MC)
  • What is rigor mortis? What does rigor mortis occur? (1MC)
  • What skeletal muscle disorders do Ami and Jason have? What is the pathophysiology of each disorder? (1 MC)
  • How do skeletal muscles contract—including the sliding filament theory? (1 MC, Short Answer)
  • What is the physiology of the cardiovascular system? What is the anatomy and physiology of the blood vessels? (2 MC)
  • What is the physiology of the pulmonary arteries and veins, coronary arteries, and cardiac veins? (1 MC)

HBS Unit 4: Movement Study Guide—Test Thursday, April 7th (39 MC, 1 Multi-part Case Study Short Answer)

  • What is the anatomy and physiology of the skeletal system? What are the names of the bones? (2 MC)
  • What are the major bones of the axial and appendicular skeleton? What type of bone is each bone? (1 MC)
  • What is the anatomy and physiology of the five bone types? (1 MC)
  • What are osteoporosis, osteoarthritis, and osteogenesis imperfecta? Why does each disease occur? (1 MC)
  • Our joints allow us to perform many movements. What are the five movements we studied? (1 MC)
  • What is the anatomy and physiology of the three joint types? Of the six movable (synovial) joints? (2 MC)
  • What are the three types of muscle? What are the characteristics of each type of muscle tissue? (2 MC)
  • What is the anatomy and physiology of the muscular system? (2 MC)
  • What are the names of the skeletal muscles? Which muscles are worked by a given exercises? (2 MC)
  • What is rigor mortis? What does rigor mortis occur? (1 MC)
  • What skeletal muscle disorders do Ami and Jason have? What is the pathophysiology of each disorder? (1 MC)
  • How do skeletal muscles contract—including the sliding filament theory? (1 MC, Short Answer)
  • What is the physiology of the cardiovascular system? What is the anatomy and physiology of the blood vessels? (2 MC)
  • What is the physiology of the pulmonary arteries and veins, coronary arteries, and cardiac veins? (1 MC)

HBS Unit 4: Movement Study Guide—Test Thursday, April 7th (39 MC, 1 Multi-part Case Study Short Answer)

  • What is the anatomy and physiology of the skeletal system? What are the names of the bones? (2 MC)
  • What are the major bones of the axial and appendicular skeleton? What type of bone is each bone? (1 MC)
  • What is the anatomy and physiology of the five bone types? (1 MC)
  • What are osteoporosis, osteoarthritis, and osteogenesis imperfecta? Why does each disease occur? (1 MC)
  • Our joints allow us to perform many movements. What are the five movements we studied? (1 MC)
  • What is the anatomy and physiology of the three joint types? Of the six movable (synovial) joints? (2 MC)
  • What are the three types of muscle? What are the characteristics of each type of muscle tissue? (2 MC)
  • What is the anatomy and physiology of the muscular system? (2 MC)
  • What are the names of the skeletal muscles? Which muscles are worked by a given exercises? (2 MC)
  • What is rigor mortis? What does rigor mortis occur? (1 MC)
  • What skeletal muscle disorders do Ami and Jason have? What is the pathophysiology of each disorder? (1 MC)
  • How do skeletal muscles contract—including the sliding filament theory? (1 MC, Short Answer)
  • What is the physiology of the cardiovascular system? What is the anatomy and physiology of the blood vessels? (2 MC)
  • What is the physiology of the pulmonary arteries and veins, coronary arteries, and cardiac veins? (1 MC)
  • What are varicose veins? How do they form? How can they be prevented? How are they treated? (1 MC)
  • What is cardiac output? What is the equation? How can it be calculated? How can it be affected? (1 MC)
  • What is peripheral artery disease? How can it be diagnosed? How is ABI calculated? How can it be treated? (1 MC)
  • What is a normal BP? How is BP affected by other organ systems? (1 MC)
  • What are the main arteries in the body? (1 MC)
  • How does blood flow through the heart and body? What is the anatomy and physiology of the heart? (2 MC)
  • Which instruments are used to measure vital signs (pulse, BP, and EKG)? What are the steps of heart conduction? (1 MC)
  • What is the equation for cellular respiration? What are the reactants? What are the products? (1 MC)
  • What are the three energy-producing systems within the body? When do you use each system? Which is/are aerobic? Which is/are anaerobic? Which process is the most efficient? (2 MC, Short Answer)
  • How can you prepare for exercise (food/sleep)? How does your body respond to exercise (sweat, sympathetic nervous system, motor neurons, etc)? (1 MC)
  • How do performance enhancers (doping, steroids, creatine, beta-blockers) improve athletic fitness? (2 MC)
  • What is the anatomy and physiology of the hip? How is a total hip replacement performed? (3 MC)
  • What is muscle fatigue? Why does muscle fatigue occur? Does isometric or isotonic contraction cause fatigue? (2 MC)
  • What are varicose veins? How do they form? How can they be prevented? How are they treated? (1 MC)
  • What is cardiac output? What is the equation? How can it be calculated? How can it be affected? (1 MC)
  • What is peripheral artery disease? How can it be diagnosed? How is ABI calculated? How can it be treated? (1 MC)
  • What is a normal BP? How is BP affected by other organ systems? (1 MC)
  • What are the main arteries in the body? (1 MC)
  • How does blood flow through the heart and body? What is the anatomy and physiology of the heart? (2 MC)
  • Which instruments are used to measure vital signs (pulse, BP, and EKG)? What are the steps of heart conduction? (1 MC)
  • What is the equation for cellular respiration? What are the reactants? What are the products? (1 MC)
  • What are the three energy-producing systems within the body? When do you use each system? Which is/are aerobic? Which is/are anaerobic? Which process is the most efficient? (2 MC, Short Answer)
  • How can you prepare for exercise (food/sleep)? How does your body respond to exercise (sweat, sympathetic nervous system, motor neurons, etc)? (1 MC)
  • How do performance enhancers (doping, steroids, creatine, beta-blockers) improve athletic fitness? (2 MC)
  • What is the anatomy and physiology of the hip? How is a total hip replacement performed? (3 MC)
  • What is muscle fatigue? Why does muscle fatigue occur? Does isometric or isotonic contraction cause fatigue? (2 MC)
  • What are varicose veins? How do they form? How can they be prevented? How are they treated? (1 MC)
  • What is cardiac output? What is the equation? How can it be calculated? How can it be affected? (1 MC)
  • What is peripheral artery disease? How can it be diagnosed? How is ABI calculated? How can it be treated? (1 MC)
  • What is a normal BP? How is BP affected by other organ systems? (1 MC)
  • What are the main arteries in the body? (1 MC)
  • How does blood flow through the heart and body? What is the anatomy and physiology of the heart? (2 MC)
  • Which instruments are used to measure vital signs (pulse, BP, and EKG)? What are the steps of heart conduction? (1 MC)
  • What is the equation for cellular respiration? What are the reactants? What are the products? (1 MC)
  • What are the three energy-producing systems within the body? When do you use each system? Which is/are aerobic? Which is/are anaerobic? Which process is the most efficient? (2 MC, Short Answer)
  • How can you prepare for exercise (food/sleep)? How does your body respond to exercise (sweat, sympathetic nervous system, motor neurons, etc)? (1 MC)
  • How do performance enhancers (doping, steroids, creatine, beta-blockers) improve athletic fitness? (2 MC)
  • What is the anatomy and physiology of the hip? How is a total hip replacement performed? (3 MC)
  • What is muscle fatigue? Why does muscle fatigue occur? Does isometric or isotonic contraction cause fatigue? (2 MC)