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Exam 1 APK 4220C updated version latest upload, Exams of Advanced Education

Cheyney University of PennsylvaniaAdvanced Education

Exam 1 APK 4220C updated version latest upload

Typology: Exams

2025/2026

Available from 02/28/2026

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tizian-mwangi 🇺🇸

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Exam 1 APK 4220C updated version latest
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1.
situated away from the center or midline of the body, or away
from the point
of origin: distal
2.
When the person is standing in an upright posture, facing straight
ahead, feet
parallel and close, palms facing the body.: Fundamental
position
3.
Side
bend:
Frontal plane
4.
The red dot (on ankle) is
to the blue
dot (on hip).:
distal
5.
sit
up:
A/P Axis / Sagittal Axis
6. Bones of the trunk, head/neck and skull:
Axial
skeleton
7. Joint in which fibrous connective tissue joins bones together
making it im-
movable: fibrous joint
8.
The human skeleton serves 5 primary functions; three are
pf3
pf4
pf5
pf8
pf9
pfa

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Exam 1 APK 4220C updated version latest

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  1. situated away from the center or midline of the body, or away from the point of origin: distal
  2. When the person is standing in an upright posture, facing straight ahead, feet parallel and close, palms facing the body.: Fundamental position
  3. Side bend: Frontal plane
  4. The red dot (on ankle) is to the blue dot (on hip).: distal
  5. sit up: A/P Axis / Sagittal Axis
  6. Bones of the trunk, head/neck and skull: Axial skeleton
  7. Joint in which fibrous connective tissue joins bones together making it im- movable: fibrous joint
  8. The human skeleton serves 5 primary functions; three are

2 / mechanical and two are physiological. Choose the answer that best represents a physiological (non-mechanical) function of the skeletal system.: hemopoiesis

  1. an example of a flat bone is: scapula
  2. A ball-and-socket joint is classified as a : synovial joint
  3. Th e complete ossification of long bone generally occurs by the end of .- : Adolescence
  4. bundle of muscle fibers: fascicle
  5. Muscular activity that occurs when the muscle develops tension and its points of attachment move farther apart (lengthening muscle): Eccentric contraction
  6. My athlete is hanging from a chin-up bar and pulling himself up very quickly. What type of contraction is this?: concentric contraction
  7. When I endurance train my muscles, they will .: have increased

4 /

  1. Half of the fibers in a motor unit will contract if the stimulus is half as much.: False; all or nothing
  2. The amount of strength generated will depend on the number of motor units that are activated as well as frequency of stimulation.: True
  3. Shiny, white, smooth cartilage that makes up the articular cartilage covering the articular surfaces of bones in synovial joints.: hyaline cartilage
  4. Ratio between transverse strain and strain in the axial direction for an object loaded axially: Poisson's ratio
  5. Material behavior characterized by a continued increase in strain under a constant stress.: creep
  6. Solid, dense bone tissue found in the outer layer of bones; also referred to as compact bone.: Cortical bone
  7. The point on the stress-strain curve beyond which plastic deformation will occur; also referred to as the proportional limit.: elastic limit
  8. A load that causes an object to twist due to torque;

5 / torques in opposite directions acting on either end and around the longitudinal axis of an object produce shear stresses in the analysis plane that become larger with increase distance from the longitudinal axis; as a torsion load, an object will deform by twisting.: Torsion

  1. Porous, less dense bone tissue found deep to cortical bone near the ends of long bones; also referred to as spongy or trabecular bone.: cancellous bone
  2. Able to return from a deformed shape to the original dimensions when the stress causing the deformation is removed.: elastic
  3. Able to maintain a deformed shape when the stress causing the deformation is removed.: plastic
  4. State of an object as a result of forces pulling on it and producing tensile stress; axial stress that tends to pull molecules apart and stretch the object.: - tensile
  5. If I lift heavy weights regularly, my muscles and tendons will both get big- ger.: False
  6. "The strength of bones will increase according to the lines of

7 /

  1. Mathematical representation of any quantity that is defined by its size or magnitude (a number) and its direction (its orientation). The definition above is most clearly related to which term?: vector
  2. A mechanical action or effect applied to a body that tends to produce accel- eration. The definition above is most clearly related to which term?: Force
  3. The duration in which all things happen. The definition above is most closely related to which term?: Time
  4. The component of the contact force that acts parallel to the surfaces in contact. It opposes the motion of an object. The definition above is most clearly related to which term?: Friciton
  5. Consider in the above picture. Four people are pulling left and four people are pulling right. Consider only those 8 forces. Which type of vector problem does the example best represent?: Colinear
  6. Consider in the above picture. The women are all pushing in different direc- tions in the scrum. Consider only those forces. Which type of vector problem does the example best represent?: concurrent

8 /

  1. The man in the grey is spotting the bench press. Assume the weight is 1,000N. The weightlifter produces an upward force 1,100N on the bar. How much force does the spotter need to sure in order to assist?: The spotter does not need to assist.
  2. The weight is 25 lbs (11.3 kg). How much force must the women create in order to lift the weight?: Greater than 111 N upwards
  3. Assume the sprinter is pushing straight back into the blocks with 500N (par- allel to the track) and straight down into the blocks with 2500N (perpendicular to the track). What is the resultant force?: 2,550 back and down
  4. The weight of the ball on the hill has a downward force of - 700N. The incline of the hill is 35 degrees. What is the amount of force that is pushing the ball against the hill?: 573N against the hill
  5. Assume the diver pushed away from the diving board with 10N (away / parallel to water) and vertically up into the air with with 60N. What is the resultant force?: 61N up and away from the board
  6. An object that has no external forces acting on it other than the force of gravity: projectile

10 / foot to the goal is 11m. How long does it take for the ball to reach the goal after it is kicked?: .5s

  1. Teresa would like to complete a 10p meter swim in record pace of 48 seconds. What must her average velocity be?: >2.08 m/s
  2. Usain Bolt ran the 100-meter dash in 9.58 seconds. What was his average acceleration?: +1.1 m/s
  3. What is a sprinter's average acceleration if their velocity is 10.0 m/s at the 2 second mark?: 5 m/s
  4. During a tip-off, the referee throws a ball straight upward at 1.2 m/s. What is the vertical acceleration at the top of the flight?: 9. m/s
  5. During a tip-off, the referee throws a ball straight upward at 1.2 m/s. What is the horizontal acceleration just after the ball leaves his hand?: 0
  6. If I have the initial horizontal velocity, what variable to I also need to know in order to determine horizontal displacement of a projectile?: time in the air
  7. In a projectile motion problem, if the projectile is a parabola, you can multiply the time by to get the total time in the

11 / air.: 2

  1. During a tip-off, the referee throws a ball straight upward at 1.2 m/s. What is the vertical velocity at the instant the ball leaves his hand?: 1.2 m/s
  2. Which represent the correct order to solve a projectile motion problems?: - Solve vertical equations the horizontal equations.
  3. Average force times the duration of application of the force; causes and thus is equal to change in linear momentum; measured in units of force times units of time or expressed as newton seconds in SI; a vector quantity.: impulse
  4. An external contact force that results when one object touches another: reac- tion force
  5. Measures of inertia; the quantity of matter in an object: Mass
  6. Mass of an object times the linear velocity of the object; measured in units of mass times units of length divided by units of time or as kilogram-meters per second in SI; a vector quantity.: linear momentum
  7. As the mass of an object decreases, what happens to it inertia?: