NASM Exam Ch 5-6 Flashcards

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1
Q

The ___ ___ ___ includes an integration of the nervous, skeletal, and muscular systems.

A

human movement system

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2
Q

The ___ ___ provides sensory (afferent) and motor (efferent) information.

A

nervous system

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3
Q

The ____ is the functional unit of the nervous system

A

neuron

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4
Q

The ____ ____ includes the CNS (brain and spinal cord) and PNS (somatic and autonomic nervous system)

A

nervous system

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5
Q

The ____ (somatic and autonomic nervous system) contains different types of sensory receptors such as mechanoreceptors, nociceptors, chemoreceptors, and photoreceptors.

A

PNS

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6
Q

The muscle spindle and Golgi tendon organ are two important____ ____ (mechanoreceptors).

A

sensory receptors

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7
Q

The PNS contains two subdivisions: the ____ and ____ nervous systems.

A

somatic and autonomic

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8
Q

The nervous system requires different ____ for proper function, which include sodium, potassium, magnesium, and water.

A

electrolytes

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9
Q

Motor skill development often occurs in three stages: ___, ___, and ___.

A

cognitive, associative, and autonomous.

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10
Q

The ___ ___ develops as humans age from childhood to adulthood

A

nervous system

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11
Q

The skeletal system has two divisions: ____ and ____.

A

axial and appendicular

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12
Q

____ ____ act as attachment sites and levers (rigid rods) to produce movement when muscles contract.

A

Human bones

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13
Q

Bone growth occurs throughout life and remodels itself with specialized cells called ____ and ____.

A

osteoblasts and osteoclasts

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14
Q

There are five categories of bones:___, ___, ___, ___ and ___.

A

long, short, flat, irregular, and sesamoid

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15
Q

The ___ ___ has five distinct regions: cervical, thoracic, lumbar, sacrum, and coccyx

A

vertebral column

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16
Q

In between each vertebra is an___ ___ that acts as a shock absorber and assists with movement.

A

intervertebral disc

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17
Q

____ are formed by one bone articulating with another and can be categorized by their shape, structure, and function.

A

Joints

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18
Q

____ describes bone movement, and ___ describes movement at

the joint surface.

A

Osteokinematics arthrokinematics

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19
Q

___ ___ are unique with a synovial capsule but also contain other connective tissues, such as ligaments and fascia that provide support.

A

Synovial joints

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20
Q

___ ___ have six classifications: gliding (plane), condyloid, hinge, saddle, pivot,
and ball-and-socket joints.

A

Synovial joints

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21
Q

___ and ___ ___ can have a major positive impact on bone mass with the
aging adult.

A

Exercise and proper nutrition

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22
Q

The ____ system links the nervous and skeletal systems and generates force to move the human body.

A

muscular

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23
Q

Muscles have a complex structure that includes different layers of connective tissue that
surround the ___ ___ ___.

A

contractile muscle fibers

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24
Q

____ consists of repeating sarcomeres and the myofilaments actin and myosin, which create the muscle contraction called the sliding filament theory. Adenosine triphosphate is also needed to create energy for this process.

A

Myofibrils

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25
Q

___-___ ___ describes the steps in the muscle contraction process
involving the nervous and muscular systems.

A

Excitation-contraction coupling

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26
Q

The electrolyte calcium and neurotransmitter acetylcholine are involved in the
excitation-___-___ ___

A

contraction coupling process

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27
Q

The all-or-nothing principle describes how a ___ ___ either maximally contracts or does not contract at all.

A

motor unit

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28
Q

Muscles involved with fine motor skills have motor units with fewer ___ ___. Motor units involved in gross motor control have motor units with more___ ___.

A

innervated fibers

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29
Q

____, slow-twitch, muscle fibers are smaller in size, produce less force, and are fatigue resistant.

A

Type I

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30
Q

____, fast-twitch, muscle fibers are larger in size, produce more force, and fatigue quickly.

A

Type II

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31
Q

The ____ system is comprised of the heart, blood, blood vessels, and lungs.

A

cardiorespiratory

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32
Q

The ____ system is comprised of the respiratory airways, lungs, and respiratory
muscles.

A

respiratory

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33
Q

The heart is contained in an area referred to as the ____.

A

mediastinum

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34
Q

A normal heart rate ranges from ___ to ___ beats per minute.

A

60 to 100

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35
Q

Each side of the heart has two chambers: an ___ and a ___.

A

atrium and a ventricle.

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36
Q

The body will___ the heart rate in response to exercise and ___ the heart rate during sleep.

A

increase decrease

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37
Q

The _____ _____ system of the heart is responsible for its function and begins with the sinoatrial node, which is in the right atrium.

A

electrical conduction

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38
Q

The___ ___ is referred to as the pacemaker of the heart and sends the electrical signal to the trioventricular node and ultimately into the ventricles

A

sinoatrial node

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39
Q

The right atrium gathers ___ blood returning to the heart from the body and
then sends it to the right ventricle and to the lungs for oxygenation

A

deoxygenated

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40
Q

The left atrium receives ___ blood from the lungs and sends it to the left ventricle to be pumped out into the body.

A

oxygenated

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41
Q

Special ___ are present in the heart to ensure that blood is pumped in a one-way
fashion.

A

valves

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42
Q

The___ ___ transports deoxygenated blood from the right ventricles to the
lungs, whereas the pulmonary vein transports oxygenated blood from the lungs to the
left atrium.

A

pulmonary artery

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43
Q

As part of the normal integrated functioning of the ___ system, the carbon dioxide from the deoxygenated blood pumped into the lungs from the right ventricle is ultimately expelled to the environment through normal expiration.

A

cardiorespiratory

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44
Q

___ ___ is the amount of blood pumped out of the heart with each contraction.

A

Stroke volume

45
Q

___-___ ___ is the volume of blood in the ventricle prior to contraction, whereas the ___-___ ___ is the amount of blood present in the ventricle after
contraction.

A

End-diastolic volume end-systolic volume

46
Q

___ ___ is ultimately a product of end-systolic volume minus end-diastolic volume.

A

Stroke volume

47
Q

___ ___ is the volume of blood pumped out of the heart in a minute and is a function of both heart rate and stroke volume.

A

Cardiac output

48
Q

Normal blood pressure is a systolic less than _____with a diastolic of less than ____.

A

120 mm Hg 80 mm Hg

49
Q

____ transport blood away from the heart to the body, whereas ___ transport blood back to the heart, and capillaries function as an exchange channel between the vessels and bodily tissues.

A

Arteries veins

50
Q

____ (___)is divided into two phases, referred to as inspiration and expiration.

A

Breathing (ventilation)

51
Q

The____ system is tasked with bringing in oxygen, filtering air from inspiration, and subsequently oxygenating blood from the heart as well as exhaling carbon dioxide

A

respiratory

52
Q

A normal respiratory rate is ___ to ___ breaths per minute and relies on the primary respiratory muscles (diaphragm and intercostals).

A

12 to 16

53
Q

During ___ ___, active contraction of respiratory muscles occurs, whereas
relaxation occurs during expiration

A

normal inspiration

54
Q

During forced or heavy breathing, expiratory ventilation relies on secondary muscles to
compress the ___ ___ and force air out.

A
55
Q

___ is a term used to describe the process of getting oxygen from the environment
to the body’s tissues

A

Diffusion

56
Q

Abnormal breathing patterns will affect exercise performance and may be identified by
shallow breaths, which often are associated with the use of secondary respiratory muscles (___ ___ ___).

A

sternocleidomastoid, upper trapezius, or scalenes)

57
Q

A respiratory rate of less than 8 breaths per minute would be considered too slow (____), whereas a rate of greater than 24 breaths per minute is considered too
high (____).

A

bradypnea tachypnea

58
Q

The ____ system is comprised of glands that secrete hormones.

A

endocrine

59
Q

When ____ are released into the bloodstream, they are protected by transporters, which carry them to the intended organ or structure, where they bind with a receptor to stimulate a particular function.

A

hormones

60
Q

The ____ and ____ glands control a majority of functions for the endocrine system.

A

hypothalamus and pituitary

61
Q

____, which is stimulated by the adrenal cortex, may be used to aid in recovery from exercise and as a marker of overtraining.

A

Cortisol

62
Q

___ and ___ both function to control blood glucose levels and work opposite to each other; glucagon aids in the metabolism of glucose, and insulin aids in the cellular uptake and storage of glucose.

A

Insulin and glucagon

63
Q

The ____, which consists of epinephrine and norepinephrine, are immediately stimulated from the adrenal medulla in response to exercise.

A

catecholamines

64
Q

____, considered a catabolic hormone, is produced by the adrenal cortex and is sensitive to blood sugar and sleep.

A

Cortisol,

65
Q

Although ____ levels decline with age, they can be stimulated through intense exercise.

A

testosterone

66
Q

Growth hormones are responsible for growth and development as well as ____ and are produced from the ____ gland.

A

lipolysis pituitary

67
Q

One of the most potent of the____ hormones is insulin-like growth factor, which is produced by the liver in response to growth hormones binding on liver receptors.

A

anabolic

68
Q

Testosterone, growth hormones, and insulin-like growth factors are stimulated in response to ____ resistance training as well as vigorous ____ activity (e.g., high-intensity training styles).

A

anaerobic aerobic

69
Q

____ hormones serve numerous functions in the body, including metabolism and increasing bone mineral density through the secretion of calcitonin.

A

Thyroid

70
Q

____ ____ is a necessary requirement for glucose metabolism, hormone function,
and muscle recovery.

A

Adequate sleep

71
Q

The _____ system consists of the oral cavity (head and mouth), the upper GI system (stomach, small intestine [duodenum, jejunum, and ileum], and the lower GI tract (large intestine, rectum, and anus), as well as the liver, gall bladder, and pancreas.

A

digestive

72
Q

The _____ system is comprised of the heart, blood, blood vessels, and lungs.

A

cardiorespiratory

73
Q

Ingested foods and liquids are first processed in the oral cavity where mastication (the mechanical process of chewing and breaking down food) begins the ____ process.

A

digestive

74
Q

Once the food is broken down, it passes through the esophagus into the stomach where gastric juices aid in ____, kill bacteria, and turn food into ____, which is then passed into the small intestine.

A

digestion chyme

75
Q

The ____ intestine has a key function of absorption of carbohydrates, lipids, calcium,
amino acids, and iron. Additionally,___including water, are absorbed into the small intestines.

A

small electrolytes

76
Q

The ____ intestine absorbs electrolytes and vitamins and serves to pass waste from
nondigested food into the rectum.

A

large

77
Q

While fluids are absorbed into both the small and large intestine, the ___ intestine
uses water to help pass waste into the rectum.

A

large

78
Q

The liver, gall bladder, and pancreas produce and store ___ ___, which are
secreted into the small intestine to help with digestion.

A

digestive juices

79
Q

Evidence suggests that exercise can improve ___ function by increasing transit time of food from the upper to the lower GI tracts.

A

digestive

80
Q

Movement is described in three dimensions that are based on planes, which include the
. ___, ___, and ___ planes.

A

sagittal, frontal, and transverse planes

81
Q

___ describes the observable movement of a limb, whereas ___
describes the movement taking place at the joint itself.

A

Osteokinematic arthrokinematics

82
Q

____ is described using biomechanical terminology that is universal to all
professions in the allied health industry.

A

Movement

83
Q

The ____ plane is an imaginary line that bisects the body into right and left sides.
Movements in the ____ plane include flexion and extension and plantar flexion and dorsiflexion of the foot and ankle.

A

sagittal

84
Q

The____ plane bisects the body to create front and back halves. Movements in the
____ plane includes abduction and adduction of the limbs (relative to the trunk), lateral flexion of the spine, and eversion and inversion at the foot and ankle complex.

A

frontal

85
Q

The ____ plane bisects the body to create upper and lower halves. Movements in
the ____ plane include internal rotation and external rotation for the limbs, right
and left rotation for the head and trunk, horizontal abduction and horizontal adduction
of the limbs, and radioulnar pronation and supination.

A

transverse

86
Q

Motions of the ____ include scapular retraction, scapular protraction, scapular
depression, and scapular elevation.

A

scapulae

87
Q

____ actions are described as isotonic, isometric, and isokinetic.

A

Muscle

88
Q

____ muscle actions can be broken down into the concentric and eccentric phases.

A

Isotonic

89
Q

Muscles can play the role of ___, ___, ___, or ____depending on the movement being performed.

A

agonist, synergist, stabilizer, or antagonist

90
Q

____-____ movements anchor the body to the ground or immovable object, whereas
____-____ movement involves the distal limb moving freely in space.

A

Closed-chain open-chain

91
Q

Placing a muscle in a shortened position or lengthening a muscle beyond the optimal length may reduce force output because optimal length is the position with a maximal overlap of ___ and ___ filaments.

A

actin and myosin

92
Q

The stretch-shortening cycle involves three phases, which include the ___ phase,
___ phase, and ___ phase.

A

eccentric, amortization, concentric

93
Q

The term ___-___ is used to describe muscles that work in a synergistic function
around a joint.

A

force-couple

94
Q

The local system involves muscles that generally attach on or near the spine
and provide stability for the ___.

A

muscular LPHC

95
Q

The global muscle system can be broken down into subsystems, which include the ___, ___, ___, and ___ subsystems.

A

deep longitudinal, posterior oblique, anterior oblique, and lateral

96
Q

The ___ describes the integrated function of muscle groups to transfer force for complex multi-joint movements and stabilization of the HMS.

A

subsystems

97
Q

The amount of force produced by the ___ relies on not only muscle recruitment but
also the lever type of the joint that is moving.

A

HMS

98
Q
\_\_\_ systems are classified as first, second, and third class. Third-class \_\_\_ are the 
most predominate levers in the human body.
A

Lever levers

99
Q

___ ___ describe the cooperative function of multiple muscles recruited by the
nervous system to complete a given movement pattern.

A

Muscle synergies

100
Q

____is the intrinsic awareness of movement and body position in space.

A

Proprioception

101
Q

____ can come from internal or external sources and aids the process of motor
learning.

A

Feedback

102
Q

___ ___ is the integration of motor control processes, with practice and experience, leading to a relatively permanent change in the capacity to produce skilled movements.

A

Motor learning

103
Q

The human body needs a constant supply of ___ to function properly and meet the
demands of exercise.

A

energy

104
Q

The energy molecule used to do cellular work is called ____ ____ ,
and it is made from food substrates consumed in the diet.

A

adenosine triphosphate (ATP)

105
Q

The first law of ___ states that energy can neither be created nor destroyed only converted from one form into another.

A

thermodynamics

106
Q

The fuels used to create ___ are glucose from carbohydrates, free fatty acids from fat, amino acids from protein, and ketone bodies. These fuels are mostly obtained through the diet.

A

ATP

107
Q

____ in the diet are broken down into glucose, which can produce ATP quickly
via the process of glycolysis.

A

Carbohydrates

108
Q

___ is stored in the form of ___; the amount of ___ that can be stored in
the body is much less than the amount of fat that can be stored.

A

Glucose glycogen