kin exam review questions Flashcards

1
Q

Ancient Greece - What did people in this time period believe was the purpose/benefits of engaging in sport? What did they believe led an athlete to becoming an Olympic winner?

A

-beneficial for physical and mental health
-they viewed an olympic winner as someone who has been bestowed by the Gods

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2
Q

Ancient Roman Period - Gladiator battles in large arenas (e.g., the Coliseum), and “sports” in general, were planned with what concept in mind? (HINT: Think today’s WWE.)

A

-sports = entertainment

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3
Q

“amateurism” in the Victorian Era - What was it? Which social classes did it benefit/hurt and why/how?

A

-amateurism= sports as a leisure activity, not professional
-gentleman athlete= no labour-intensive job
-excluded lower class and women
-lower class didnt have leisure time to engage because they still worked

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4
Q

“bounties” - What are they? In which sport do they exist?

A

-bounties= paying a player to hit opposing player
-football

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5
Q

types of joint movements and the relative agonist and antagonist muscles that produce the movement (e.g., elbow flexion - biceps is agonist and triceps is antagonist)

A

-agonist = active
-antagonist = relaxed

-flexion vs extension
-inversion vs eversion
-circumduction
-internal vs external rotation
-supination vs pronation
-dorsiflexion vs plantar flexion
-adduction vs abduction

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6
Q

planes of movement and axes of rotation

A

-frontal plane = antero-posterior axis
-sagittal plane = horiztonal axis
-transverse plane = longitudinal axis

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7
Q

identification of body parts using the anatomical position as the starting point (e.g., anterior/posterior, proximal/distal, etc.)

A

-anterior vs posterior
-distal vs proximal
-superior vs inferior
-medial vs lateral

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8
Q

three types of joints and the basic characteristics of them (i.e., basic structural properties, where in the body they are found)

A

-fibrous joint= immoveable, found in skull
-cartilaginous joint= slightly moveable, found in spine
-synovial joint= fully moveable, found in elbow, wrist, knee

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9
Q

six types of synovial joints and where in the body they are found

A

-ball and socket= hip + shoulder
-ellipsoid joint= wrist
-saddle joint= thumb
-pivot joint= neck 2 vertebrae
-hinge joint= ulna and humerus
-gliding joint= between phallanges

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10
Q

basic structural components of the shoulder, knee, and ankle, and the types of injuries that can happen in each joint

A

*knee:
-mcl
-pcl
-acl
-lcl
-meniscus
-knee ligament tear, osgood-shlatter syndrome, patellofemoral tear

*shoulder:
-clavicle
-radius
-ulna
-scapula
-acromion
-rotator cuff tear, shoulder dislocation, biceps tendinitis, shoulder separation

*ankle:
-talus
-calcaneus
-inversion and eversion

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11
Q

What is the function of ligaments and cartilage within joints?

A

-ligaments= connect bones together
-cartilage= connective tissue between bones and reduces tension

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12
Q

What is the “neuromuscular junction”?

A

-space between nerve and muscle

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13
Q

three types of muscle (their properties and where in the body each type is found)

A

-smooth muscle= found surrounding internal organs, involuntary
-cardiac muscle= found in heart, involuntary
-skeletal muscle= found everywhere in body, voluntary, attached to bones

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14
Q

three types of muscle contraction

A

-eccentric= lengthening
-concentric= shortening
-isometric= static

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15
Q

three energy systems (which use oxygen, which don’t; the types of activities that use each pathway to create ATP energy)

A
  1. ATP-PC system= anaerobic, type IIB muscle fibres, fast-twitch, doesnt produce lactic acid; 100m sprint, discus, shotput, olympic weightlifitng
  2. Glycolysis= anaeorbic, type IIA muscle fibres, fast-twitch, produces lactic acid; 400-800m sprint, hockey shifts, HIIT
  3. cellular respiration= aeorbic, doesnt produce lactic acid, type I muscle fibres, slow-twitch; marathon running, endurance, soccer
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16
Q

three types of muscle fibres (and in which types of activities they are recruited)

A

-type IIB- ATP-PC system
-type IIA- glycolysis
-type I- cellular respiration

17
Q

What is the “pacemaker” of the heart?

A

SA node

18
Q

difference between pulmonary and systemic circulation

A

-pulmonary= right side of heart, brings de-oxygenated blood to lungs
-systemic circulation= left side, brings oxygenated blood to body

19
Q

four components of human growth and development and some of the factors (real-life examples) that influence the development of each component

A

-physical (exercise, nutrition, sleep)
-emotional (family, hormone changes)
-social (media, peer relationships, clubs/sports)
-cognitive (screen time, school, peer relationships)

-what impacts all is being a part of teams/sports/clubs

20
Q

three phases of movement

A

-preparation (has to be proper)
-execution (creates momentum for movement)
-follow-through (continues movement and gets balance for finishing)

21
Q

three fundamental movement skills

A

-stability (balance)= stark stand, bending, twisting (baseball swing)
-locomotion (transferibility)= running, hopping, skipping (running to base)
-manipulation (object control)= catching a ball

22
Q

characteristics of an athlete being in “the zone”

A

-state of flow
-being very mentally focused blocking out distractions, necessary for top athletic performance

23
Q

Newton’s three laws of motion and real-life examples of each one)

A

1) inertia- standing on bus and suddenly moving
2) acceleration- swinging to hit a ball
3) reaction- body check or jumping off floor

24
Q

What is the Harris Benedict equation used for?

A

-used to calculate daily caloric intake and metabolic rate (how many calories the body burns without moving much)
-different equations for men and women

25
Q

energy balance (calories taken in vs. calories burned - What are the outcomes? – i.e., what produces weight loss? weight gain?)

A

-calorie intake < calories burned (weight loss)
-calorie intake >calories burned (weight gain)
-caolrie intake = calories burned (balanced)

-reisstance training + weight training and proper nutrition is good for weight loss

26
Q

difference between simple carbs and complex carbs

A

-simple carbs = sugars: pop, junk food, processed food, juices, honey : spikes blood sugar, digested faster

-complex carbs = starches: whole grains, cereal, pasta : has fibre and protein, keeps fuller for longer, good to have in large portions, digested slower

27
Q

know the 13 core nutrients listed on Canadian Nutrition Facts Labels

A

-cholesterol
-carbohydrates
-calcium
-sugars
-fats
-saturated fats
-trans fat
-sodium
-protein
-fibre
-vitamin a
-vitamin c
-iron

28
Q

F.I.T.T. principle and what each component of it is

A

-outline s4 basic elements of good exercise:
F- frequency
I- intenisty (weight training vs reisstance training)
T- type (aerobic vs anaerobic, VO2 max)
T- time (should start off short, and increase overtime)

29
Q

five training principles that complement F.I.T.T.

A

-individual difference (genetics)
-progressive overload (doing more work overtime)
-reversibility (“lose it or use it”)
-specificity (train for what u need)
-diminishing returns (plateau due to genetics)

30
Q

Plyometrics training - What is its purpose?

A

plyometrics training= resistance training that has stretch-shortening exercises because it stretches and shortens the muscles (body weight)
-beneficial for improving explosive movements (power, speed)

31
Q

difference between pharmacological aids and physiological aids

A

-pharmacological aids- illigeal/legal drugs that enhance ahtletic performance (pain-masking drugs)
-physiological aids- substances/techniques that influence the composition of bodily systems, effecting performance (blood doping)

32
Q

erythropoietin - athletes in which types of sports would benefit form using it and why/how

A

-erythropoietin- natural gorwth hormone found in kidneys, and increases RBC production, increasing O2 capacity (athletes who need a high VO2 max like endurance running can benefit)

33
Q

essay outline

A
  1. FIIT principle- teenagers trying to learn about how to treat their body without others influence, what their goal is. also helps with future and understanding how to adjust workouts to individual differences. human movement varies.
  2. history of physical activity and sport- different evolutions/time periods influenced what sports is today, helping to appreciate the social and cultural evolutions. also understanding women evolved and looked at from positive attitude.
  3. cardiorespiratory system- understanding that exercise and physical fitness impacts your heart health and lung health, and vice versa. training helps increase VO2 max, decrease resting heart rate, strengthens left ventricle so betters contraction, and decreases risk of heart attack, coronary artery disease, etc. as young teens, its relevant in kin as it is an understanding of the human body mechanisms and physical health. how to treat and prevent asthma and heart attacks. also understanding the heart functions impacts your physical activity: people who are more fit have higher VO2 max and reach onset of blood lactate accumulation later than those untrained.