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
axial skeleton
skull, rib cage, and vertebral column
26
appendicular skeleton
bones of upper and lower extremities
27
skeletal system functions
movement supports protection, blood production, mineral storage
28
kinetic chain
interrelation of nervous , muscular, and skeletal systems to create movement
29
Vertebrae of the Spinal Column
Cervical- 7 Thoracic-12 Lumbar-5
30
Atria of the heart | Right versus left atrium
- 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
Ventricles | Right versus left ventricle
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
Sinoatrial (SA) node
located in right atrium; receives signal to contract; pacemaker for the heart
33
Difference between veins and arteries
arteries transport blood away from the heart while veins transport blood back to the heart
34
stroke volume
amount of blood pumped with each contraction
35
what are the functions of blood?
transportation, regulation, and protection
36
respiratory pump
components that move air in and out of the body
37
What are the anatomic locations of the body?
anterior, posterior, superior, inferior, proximal, distal, medial, lateral
38
What is the sagittal plane? What types of movement happen in the sagittal plane?
- divides body into left and right halves; forward-backward movement.
39
What is the difference? Flexion vs. extension plantar flexion vs. dorsiflexion
flexion- bending of joints; decreases relative angle extension- straightening of joints; increases angle planar flexion-ankle extension dorsiflexion- ankle flexion
40
what are some examples of sagittal plane exercises?
biceps curl, squat, running
41
what are some examples of front plane exercises?
lateral arm raise, side lunge, side shuffle
42
what are some examples of transverse plane exercises?
trunk rotation, bicycle crunches, lunge with rotation