MOPP

Question 1

What plane and axis is the first cardinal arm movement in?

a) sagittal plane and transverse axis
b) frontal plane and AP axis
c) transverse plane and longitudinal axis
d) None of the above

Answer 1

a) sagittal plane and transverse axis

Question 2

What plane and axis is the second cardinal movement in?

a) sagittal plane and transverse axis
b) frontal plane and AP axis
c) transverse plane and longitudinal axis
d) None of the above

Answer 2

b) frontal plane and AP axis

Question 3

What plane and axis is the third cardinal movement in generally?

a) sagittal plane and transverse axis
b) frontal plane and AP axis
c) transverse plane and longitudinal axis
d) None of the above

Answer 3

c) transverse plane and longitudinal axis

Question 4

When completing a leg rotation when the leg moves into hip abduction what muscles are on tension?

a) Rectus femoris, pectineus, gracilis
b) Adductor brevis, gluteus medius, TFL
c) adductor longus, gracilis, adductor magnus
d) Bicep Femoris, Psoas Major Obturator Internus

Answer 4

c) adductor longus, gracilis, adductor magnus

Question 5

When doing the first cardinal arm movement what muscle is on tension in retraction?

a) pec major
b) rhomboid major
c) Trapezius
d) Intercostals

Answer 5

a) pec major

Question 6

In the second cardinal arm movement there is _____________ of the ______ T-line.

a) extension, lower
b) flexion, upper
c) rotation, upper
d) side-bending, upper

Answer 6

d) side-bending, upper

Question 7

With internal rotation in the third cardinal movement what muscles are on tension?

a) deltoid (ant)
b) deltoid (post)
c) Latissimus Dorsi
d) Teres Major

Answer 7

a) deltoid (ant)

Question 8

The Myogon Model was developed to….

a) reduce labour involved in treatment
b) give operator in direction in diagnosis
c) facilitate delivery of treatment
d) all of the above
e) none of the above

Answer 8

d) all of the above

Question 9

Compensation is…

a) a object in motion stays in motion unless acted on by an external force
b) coupling of equal and opposite resultant in the body
c) energy is transferred through the body
d) the ideal body position

Answer 9

b) coupling of equal and opposite resultant in the body

Question 10

“Soft Tissue Lateral lines that bind together the hard tissue structures from the…”

a) upper baseline and lower baseline
b) right lateral line and left lateral line
c) upper girdle and lower girdle
d) right side and left side

Answer 10

c) upper girdle and lower girdle