Movement Analysis & Principles

Question 1

two ways to assess function

Answer 1

movement, task

Question 2

assess movement then blank then blank

Answer 2

components, motion segments

Question 3

assess task then blank

Answer 3

factors ex) environment, psychological, emotional

Question 4

assessment of movement that is the whole task

Answer 4

dynamic

Question 5

assessment of movement that is parts of a task

Answer 5

static

Question 6

analysis of movement describing movement

Answer 6

kinematic

Question 7

analysis of movement for finding force required for a task

Answer 7

kinetic

Question 8

four kinematic variables of movement

Answer 8

location (plane/joint), direction, magnitude, rate/duration

Question 9

four types of motion/displacement

Answer 9

rotary, translatory (linear), gliding, curvilinear

Question 10

movement around a fixed axis in a curved path

Answer 10

rotary (angular)

Question 11

each point on the object moves through the same blank at the same time in rotary movement

Answer 11

angle

Question 12

movement in a straight line

Answer 12

linear (translatory)

Question 13

translatory movement… each point moves through the same blank at the same time in blank

Answer 13

distance, parallel

Question 14

blank rotation often occurs during linear motion

Answer 14

concomitant

Question 15

accessory motion/arthrokinematics and is another form of translation

Answer 15

gliding

Question 16

when an object rotates about an axis and moves through space at the same time ex) thrown ball

Answer 16

curvilinear

Question 17

movement about or around an axis

Answer 17

rotation

Question 18

movement along an axis

Answer 18

translation

Question 19

potential torque

Answer 19

moment

Question 20

completely unconstrained segment

Answer 20

6 degrees of freedom

Question 21

three linear motions

Answer 21

anterior-posterior, medial-lateral, superior-inferior

Question 22

sagittal motion is about or around the blank axis

Answer 22

m-l

Question 23

frontal plane occurs about or around the blank axis

Answer 23

a-p

Question 24

transverse plane occurs about or around a blank axis

Answer 24

longitudinal (vertical)

Question 25

goniometer measures blank motion not blank

Answer 25

osteokinematic, arthrokinematic

Question 26

sagittal plane direction of motion is blank

Answer 26

flexion/extension

Question 27

frontal plane direction of motion is blank

Answer 27

abduction, adduction

Question 28

transverse plane direction of motion

Answer 28

rotation (medial & lateral rotation)

Question 29

magnitude of motion is measured in blank

Answer 29

degrees

Question 30

degrees per second is the blank

Answer 30

angular speed

Question 31

velocity without direction is blank

Answer 31

speed

Question 32

translatory motion quantified by linear blank

Answer 32

distance

Question 33

study of forces

Answer 33

kinetics

Question 34

push or pull

Answer 34

force

Question 35

two types of forces

Answer 35

external, internal

Question 36

N/5 =

Answer 36

~ lbs

Question 37

a line must go with blank in a free body diagram

Answer 37

the muscle fibers

Question 38

the distal lever moves by itself is a blank task

Answer 38

open chain

Question 39

proximal lever moves but not the distal lever type of task

Answer 39

close chain

Question 40

force of gravity attraction to earth

Answer 40

32 ft/s^2

Question 41

a firmness of balance, an ability to resist a disturbing force

Answer 41

stability

Question 42

knees and hands on ground position

Answer 42

quadraped

Question 43

three balance determinants

Answer 43

strength, proprioception, agility

Question 44

stabilitity blank with larger base of support

Answer 44

increases

Question 45

stability blank with body weight

Answer 45

increases

Question 46

as velocity increases stability blank

Answer 46

increases

Question 47

an object with remain at rest or in motion unless acted on by an unbalanced force

Answer 47

Newton's first law (law of inertia)

Question 48

property of an object to resist both the initiation of motion and change in motion

Answer 48

inertia (summation of forces = 0)

Question 49

acceleration of an object is proportional to the unbalanced forces acting on it and inversely proportional to the mass of the object

Answer 49

Newton's second law (law of acceleration) (a = F/m)

Question 50

for every action there is an equal and opposite reaction

Answer 50

Newton's third law (reaction forces)

Question 51

to produce or change the momentum of a body there must be a blank

Answer 51

external force

Question 52

quantity of motion possessed by a body

Answer 52

P = mv momentum

Question 53

increase angular velocity by blank inertia

Answer 53

decreasing

Question 54

the torque applied overtime at the point of "takeoff" determines the quantity of

Answer 54

angular momentum

Question 55

angular momentum blank in flight

Answer 55

does not change

Question 56

falling cat is an example of a blank rotation

Answer 56

zero momentum

Question 57

moment of force (potential)

Answer 57

torque

Question 58

force times distance

Answer 58

torque

Question 59

no skeletal muscle can insert on the joint because the blank would be zero which would create zero blank

Answer 59

distance, torque

Question 60

force couples are blank muscles

Answer 60

synergistic

Question 61

greater compression force, the less blank force

Answer 61

sheer

Question 62

supraspinatus and deltoid are a blank system by creating a blank point to blank the arm

Answer 62

parallel, pivot, abduct

Question 63

lever system with fulcrum between effort and resistance

Answer 63

first class

Question 64

effort is the same as the blank muscle

Answer 64

agonist

Question 65

resistance is the blank load or muscle

Answer 65

antagonist

Question 66

lever system where the order is fulcrum, resistance, effort

Answer 66

second class

Question 67

example of first class lever

Answer 67

occipitoatlanto joint

Question 68

example of a second class lever

Answer 68

knee flexion

Question 69

example of a third class lever

Answer 69

knee extension

Question 70

lever system where the order is fulcrum, effort, resistance

Answer 70

third class

Question 71

second class levers usually create blank contractions

Answer 71

eccentric

Question 72

third class contractions usually create blank contractions

Answer 72

concentric

Question 73

mechanical advantage of second class levers

Answer 73

> 1

Question 74

mechanical advantage of first class levers

Answer 74

= 1

Question 75

mechanical advantage of third class levers

Answer 75

< 1

Question 76

mechanical advantage formula

Answer 76

effort arm / resistance arm