Foundations Of Exercise Science Flashcards

1
Q

Major muscle: Quadriceps

What is the isolated function and common exercise?

A

IF: Concentrically accelerates knee extension

CE: Squat

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2
Q

Major muscle: Hamstrings

What is the isolated function and common exercise?

A

IF: Concentrically accelerates knee flexion

CE: Hamstrings curl

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3
Q

Major muscle: Gastronomic

What is the isolated function and common exercise?

A

IF: Concentrically accelerates plantar flexion

CE: Calf raise

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4
Q

Major muscle: Gluteus Maximus

What is the isolated function and common exercise?

A

IF: Concentrically accelerates hip extension. and external rotation

CE: Lunge on the upward motion

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5
Q

Major muscle: Rectus abdominis

What is the isolated function and common exercise?

A

IF: Concentrically accelerates spinal flexion, lateral flexion, and rotation

CE: Ball crunch

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6
Q

Major muscle: Pectoralis Major

What is the isolated function and common exercise?

A

IF: Concentrically accelerates shoulder flexion, and horizontal adduction

CE: Push up

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7
Q

Major muscle: Latissimus Dorsi

What is the isolated function and common exercise?

A

IF: Concentrically aacelerates shoulder extension, adduction, and internal rotation

CE: band row

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8
Q

Major muscle: Biceps

What is the isolated function and common exercise?

A

IF: Concentrically accelerates elbow flexion

CE: Biceps curl

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9
Q

Major muscle: Triceps

What is the isolated function and common exercise?

A

IF: Concentrically accelerates elbow extension

CE: Triceps extension

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10
Q

Concentric Activation

A

means a muscle is producing tension as it shortens to overcome an external resistance

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11
Q

Isometric activation

A

when a muscle is producing tension while it maintains the same length

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12
Q

Eccentric activation

A

when a muscle is producing tension while lengthening in order to resist or control an external force

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13
Q

Central Nervous System

A

brain and spinal cord; coordinates activity of body parts

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14
Q

Peripheral Nervous System

A

all nerves branching off spinal cord, extending out to the body

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15
Q

mechanoreceptors

A

sense distortion in body tissues

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16
Q

Golgi Tendon Organs

A

sense changes in tension

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17
Q

Muscle Spindles

A

sense changes in length

18
Q

proprioception

A

cumulative sensory input to the CNS from all mechanoreceptors

19
Q

tendons

A

connect muscle to bone; anchor and produce force; limited blood flow, slow to repair

20
Q

sarcomeres

A

individual contractile units; actin and myosin filaments

21
Q

Type 1 muscle tissue

A

slow twitch; more aerobic; slower to reach maximal contraction; resistant to fatigue

22
Q

Type 2 muscle tissue

A

fast twitch; more anaerobic; produce more speed and strength; faster to fatigue

23
Q

what are the behavioral properties of muscle

A

extensibility, elasticity, irritability, ability to develop tension

24
Q

ligaments

A

connect bone to bone; limited blood flow, slow to repair

25
Q

axial skeleton

A

skull, rib cage, and vertebral column

26
Q

appendicular skeleton

A

bones of upper and lower extremities

27
Q

skeletal system functions

A

movement supports protection, blood production, mineral storage

28
Q

kinetic chain

A

interrelation of nervous , muscular, and skeletal systems to create movement

29
Q

Vertebrae of the Spinal Column

A

Cervical- 7
Thoracic-12
Lumbar-5

30
Q

Atria of the heart

Right versus left atrium

A
  • superior chambers; receive blood from outside heart

- the right atrium gathers deoxygenated blood from the body and the left gathers oxygenated blood from the lungs

31
Q

Ventricles

Right versus left ventricle

A

ventricles are inferior chambers; force blood out out of the heart.
The right ventricle pumps deoxygenated blood to the lungs and the right pumps oxygenated blood to the body

32
Q

Sinoatrial (SA) node

A

located in right atrium; receives signal to contract; pacemaker for the heart

33
Q

Difference between veins and arteries

A

arteries transport blood away from the heart while veins transport blood back to the heart

34
Q

stroke volume

A

amount of blood pumped with each contraction

35
Q

what are the functions of blood?

A

transportation, regulation, and protection

36
Q

respiratory pump

A

components that move air in and out of the body

37
Q

What are the anatomic locations of the body?

A

anterior, posterior, superior, inferior, proximal, distal, medial, lateral

38
Q

What is the sagittal plane? What types of movement happen in the sagittal plane?

A
  • divides body into left and right halves; forward-backward movement.
39
Q

What is the difference?
Flexion vs. extension
plantar flexion vs. dorsiflexion

A

flexion- bending of joints; decreases relative angle
extension- straightening of joints; increases angle
planar flexion-ankle extension
dorsiflexion- ankle flexion

40
Q

what are some examples of sagittal plane exercises?

A

biceps curl, squat, running

41
Q

what are some examples of front plane exercises?

A

lateral arm raise, side lunge, side shuffle

42
Q

what are some examples of transverse plane exercises?

A

trunk rotation, bicycle crunches, lunge with rotation