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Kinesiology 201 Midterm TEST FINAL EXAM AND PRACTICE
EXAM 20262027 BANK 2 VERSIONS QUESTIONS WITH
DETAILED VERIFIED ANSWERS EXAM QUESTIONS WILL
COME FROM HERE (100% CORRECT ANSWERS A+ GRADED
Which aspect of dynamics describes motion and looks at the result of
movement without studying force or causes of motion?
Question 1Select one:a.
Kinetics
b.
Kinematics
c.
Kinesiology
d.
Torque - ANSWER--b. kinematics
Is naming the plane of motion considered kinematics or kinetics?
Question 2Select one:
a.
Actually, its considered biomechanics
b.
Kinematics
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c.
Kinetics
d.
both Kinetics and Kinematics - ANSWER--b. kinematics
The concepts of inertia, acceleration, and action/reaction that apply to
the body are
Question 3Select one:
a.
Newton's Law of Kinesiology
b.
Einstein's Law of Relativity
c.
Kunisch's Laws of Kinesiology
d.
Newton's Laws of Physics - ANSWER--D. Newtons law of physics
Movement of joints is relative to the anatomical position and are based
on:
Question 4Select one:a.
axis of motion and plane of rotation
b.
direction of movement in planes around an axis
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c.
axis of rotation
d.
speed and load applied to a joint - ANSWER--b.
direction of movement in planes around an axis
Forearm supination and pronation occurs in the sagittal plane with a
vertical axis.
True False - ANSWER--F
The axis of motion superior/inferior, vertical, and cephalo-caudal all
describe the same anatomical perspective.
True False - ANSWER--T
In angular motion, different segments of the same object do not move
through the same distance because different segments are at varying
distances from the axis.
True False - ANSWER--T
By definition of arthrokinematics, you can see accessory motions in
your patient when they move.
True False - ANSWER--F
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As the humerus abducts it slides in a direction based on the concave-
convex rule of arthrokinematics. The direction of slide in this motion is:
Question 10Select one:a.
rotation
b.
superiorly
c.
upward
d.
downward
e.
into the closed packed position - ANSWER--d.
downward
An example of the rate of displacement in kinematics is:
Question 11Select one:
a.
flexion-extension
b.
acceleration
c.
axis of rotation
Kinesiology 201 Midterm TEST FINAL EXAM AND PRACTICE
EXAM 20262027 BANK 2 VERSIONS QUESTIONS WITH
DETAILED VERIFIED ANSWERS EXAM QUESTIONS WILL
COME FROM HERE (100% CORRECT ANSWERS A+ GRADED
Which aspect of dynamics describes motion and looks at the result of
movement without studying force or causes of motion?
Question 1Select one:a.
Kinetics
b.
Kinematics
c.
Kinesiology
d.
Torque - ANSWER--b. kinematics
Is naming the plane of motion considered kinematics or kinetics?
Question 2Select one:
a.
Actually, its considered biomechanics
b.
Kinematics
,2|Page
c.
Kinetics
d.
both Kinetics and Kinematics - ANSWER--b. kinematics
The concepts of inertia, acceleration, and action/reaction that apply to
the body are
Question 3Select one:
a.
Newton's Law of Kinesiology
b.
Einstein's Law of Relativity
c.
Kunisch's Laws of Kinesiology
d.
Newton's Laws of Physics - ANSWER--D. Newtons law of physics
Movement of joints is relative to the anatomical position and are based
on:
Question 4Select one:a.
axis of motion and plane of rotation
b.
direction of movement in planes around an axis
,3|Page
c.
axis of rotation
d.
speed and load applied to a joint - ANSWER--b.
direction of movement in planes around an axis
Forearm supination and pronation occurs in the sagittal plane with a
vertical axis.
True False - ANSWER--F
The axis of motion superior/inferior, vertical, and cephalo-caudal all
describe the same anatomical perspective.
True False - ANSWER--T
In angular motion, different segments of the same object do not move
through the same distance because different segments are at varying
distances from the axis.
True False - ANSWER--T
By definition of arthrokinematics, you can see accessory motions in
your patient when they move.
True False - ANSWER--F
, 4|Page
As the humerus abducts it slides in a direction based on the concave-
convex rule of arthrokinematics. The direction of slide in this motion is:
Question 10Select one:a.
rotation
b.
superiorly
c.
upward
d.
downward
e.
into the closed packed position - ANSWER--d.
downward
An example of the rate of displacement in kinematics is:
Question 11Select one:
a.
flexion-extension
b.
acceleration
c.
axis of rotation
