WorksheetsMovement Science Exam 2 review
Total questions: 39
Worksheet time: 20mins
During Initial contact
the hip is flexed at 20 degrees
Ankle is at 15 degrees of plantar flexion
Concentric quadriceps controlling hip movement
Hip is in neutral position
Knee range of motion during Initial Contact
60 degrees flexion
Hyperextension
5 degrees of knee flexion (full extension )
20 degrees of Knee flexion
Heel Rocker is in what phase?
Mid stance
Mid swing
Loading response
mid stance
Terminal Swing
Pre swing
Initial contact
Loading response
During Initial Contact what muscles contract isometrically to keep the ankle at a neutral position?
Posterior tibialis
Plantaris
Gastrocnemius
Pretibials
Fibularis longus
During loading response which muscle is most activated?
Glute Med
piriformis
Illiopsoas muscle
Rectus Femoris
During the loading response phase the knee is
extended 0 degrees
Hyper extended
20 degrees of flexion
10 degrees of flexion
What muscle group controls knee flexion at the Loading Response phase?
Eccentric Hamstrings
Concentric Hamstrings
Concentric Quadriceps
Eccentric Quadriceps
During Loading response the Ankle is
5 degrees PF
5 degrees DF
10 degrees PF
10 degrees DF
Leg examined begins to accept weight during
Terminal Stance
Mid stance
Mid Swing
Loading Response
During MidStance the Hip is
Abducted 20 degrees
neutral
10 degrees flexion
30 degrees extended
What muscle contraction allows for knee extension ( 5 degrees of flexion) during mid stance ?
Concentric quadriceps
Eccentric Quadriceps
Eccentric Hamstrings
Concentric Adductor Magnus
What muscle group stabilizes the pelvis during single limb support
Concentric
Glute Med
TFL
Eccentric
Glute Med
TFL
Isometric
Glute Med
TFL
Adductor Longus
Adductor Magnus
Adductor Brevis
The Ankle rocker occurs at what phase?
Mid Stance
Initial Contact
Terminal stance
Mid Swing
Eccentric contraction of the Plantar flexors to control tibial advancement moving forward would cause the ankle to be
5 degrees inversion
10 degrees PF
5 degrees DF
neutral
Forefoot Rocker occurs during which phase
Midswing
Midstance
Initial Contact
Terminal Stance
During Terminal Stance the Hip is in
20 degrees of extension
Isometric hamstrings
20 degrees of extension
no real muscle activation (forward momentum)
20 degrees of hip flexion
Concentric Hip Flexors
Neutral
Isometric Hip extensors
What muscle group allows knee ext (5 degrees of flexion) and tibial translation on talus during the terminal stance
Isometric Plantar Flexors
Eccentric Plantar flexors
Isometric Dorsiflexors
eccentric Hamstrings
During terminal stance the ankle is
10 degrees Dorsiflexion
eccentric Plantar Flexors
10 degrees Dorsiflexion
Concentric plantar flexors
10 degrees of plantar flexion
Isometric Gastrocnemius
5 degrees of flexion
Isometric Pudendal muscle
Double Limb stance occurs during
Initial Swing
Pre swing
Mid Swing
Terminal Stance
Toe rocker occurs during
Terminal Stance
Pre Swing
Initial contact
Mid stance
During Pre Swing what muscle action occurs in order for the hip to go into 10 degrees of extension
Concentric Hamstrings and Glute Max
Isometric contraction of Hip Flexors
Recoil of Plantar flexors
recoil of Rectus Femoris and Illiopsoas
Recoil of the plantar flexors during the Preswing phase causes
the knee to flex 40 degrees
the knee to flex 5 degrees
hyperextension of the knee
neutral position of the knee
During the Pre swing phase the ankle is 15 degrees of plantar flexion because of which muscle action?
recoil of hamstrings
recoil of plantar flexors
recoil of pretibials
tension caused by pes anserine
Transition stage from single limb stability to trail limb advancement occurs during
Loading response
Pre swing
Mind-stance
Terminal stance
During Intial Swing the hip
15 degrees of flexion
Concentric RF and illiopsoas
15 degrees of flexion
Eccentric Glute max
5 degrees of ext
isometric Hip Flexors
15 degrees of flexion
Recoil of Quadriceps
Initial Swing is considered
double limb stance
Contralateral single limb stance
Ipsilateral Single limb stance
Figure 4 position
The Knee is flexed the most during which phase
initial Swing
Preswing
Midstance
loading response
During initial Swing 60 degrees of knee flexion is caused by
Concentric
Sciaticus
Eccentric
external Rotators of the hip
Concentric Hip Abductors
Concentric Sartorius, gracilis
Ankle transitions from 15 degrees of plantar flexion to 5 degrees of plantar flexion during the Initial swing phase. This action is caused by ?
Concentric Pretibials
Isometric pretibials
Eccentric Pretibials
Isometric Plantar flexors
During mid Swing the hip is flexed 25 degrees because of
eccentric hip extensors
eccentric hip flexors
eccentric quadriceps
recoil of hip extensors
Knee moves from 60 degrees of flexion to 25 degrees of flexion during the mid swing phase. This motion is caused by
eccentric Quadriceps
Eccentric Hamstrings
recoil hamstrings
Concentric Quadriceps
The ankle during mid swing is
inverted
dorsiflexed
plantar flexed
neutral
Last phase of gait analysis is
Terminal Swing
Terminal Stance
Initial Contact
Preswing
20 degrees of hip flexion during terminal swing is caused by which muscle group activation?
Isometric Hip flexors
Eccentric Hamstrings
Eccentric quadriceps
Concentric pectineus
During Terminal Swing the Knee is
fully extended (5 degrees of knee flexion)
Abducted 25 degrees
flexed 50 degrees
Adducted 20 degrees
Isometric pretibials during terminal swing causes the ankle to be
Dorsiflexed
neutral
plantarlexed
everted
Downward Displacement of the trunk occurs at
Loading Response and Pre swing
Mid stance
Mid swing
Midstance
Preswing
initial contact
Terminal stance
What is the total degree of motion at the hip in the transverse plane ?
4 Hunnid degrees
10 degrees
5 degrees
20 degrees
A posterior tilt at the pelvis occurs during
Double stance
Initial contact
Single limb support
Loading response
