This Physio Fit India Post contains more than 120+ BIO-MECHANICS MCQs Physiotherapy MCQs MPT Preparation MCQs/Quiz Practice Mode like Medical,Railway,University,GNDU UG & PG exams 2021 Physiotherapy MCQs exams PP Mohanty Book
As an academician the latest trends in the examination system of medical students has always been a fascinating study. Hence I have been following the advent of MCQs & Quiz into the medical examination system with great interest.
Multiple choice questions have evolved from a stage of studied disdain to grudging acceptance to a stage where they have become ubiquitous. Their value in objective testing of the student’s grasp of the subject has been widely acknowledged by academicians the world over. So it is not surprising to see that they are now so entrenched in the system that the Undergraduate medical student become familiar with them from his first year itself and is rid of them only after his super-speciality days are over.👇
As it has always been my endeavour to help students learn the fascinating subject of BIO-MECHANICS MCQs from all angles. I scoured the various Websites available for MCQs & QUIZ in Biomechanics MPT preparation , but the dearth of a single, authentic question bank for MCQs was so glaring that it prodded me to bring out the first Webiste PHYSIOFITINDIA on google of “A Quiz mode Question Bank of Multiple Choice Questions in biomechanics MPT preparation Multiple Choice Questions Physiotherapy MCQs
1. Centre of gravity of adult human in the anatomical position is slightly
a➤ Anterior to S1 vertebra
b. Posterior to S1 vertebra
c. Anterior to S2 vertebra
d. Posterior to S2 vertebra
2. The centre of gravity of adult human is at what % of person’s height
a➤ 50 %
b. 55 %
c. 45 %
d. 60 %
3. On unilateral stance the safety zone is limited in
a➤ Antero-posterior sway
b. Side to side sway
c. Rotatory sway
d. Both a & b
4. Location of centre of mass of body segment is at _____________ % from proximal end
a➤ 40%
b. 50 %
c. 45 %
d. 55 %
5. Which is not a saddle joint?
a➤ Carpometacarpal of thumb
b. Ankle
c. Sternocalvicular
d. Acromio clavicular
6. Normal carrying angle is
a➤ 0 – 200
b. 0 – 300
c. 0 – 100
d. 0 – 400
7. The concave – convex rule depicts if the bone with convex joint surface moves on the bone with concavity, the convex joint surface
a➤ Moves in the opposite direction to bone segment
b. Moves in the same direction to bone segment
c. Half way in opposite direction and another half way in same direction to bone segment
d. None
8. Minimal muscle force is required when the joints is on
a➤ Closed pack position
b. Loose pack position
c. In between close and loose pack position
d. In extension
9. Newton’s 1st law of motion is applicable to which phase of gait cycle
a➤ Stance phase
b. Swing phase
c. Mid stance
d. Push off
10. When two forces applied from one point as the angle between the forces decrease the resultant force.
a➤ Decrease
b. Increase
c. Remains same
d. Becomes twice
11. The weight on the trunk balanced by the erector spinae muscle in standing is application of which lever system are less.
a➤ 1st class
b. 2nd class
c. 3rd class
d. 2nd& 3rd class
12. Which class is lever of power
a➤ 1st
b. 2md
c. 3rd
d. 2md & 3rd
13. Joint reaction force is
a➤ Compressive force in a joint
b. Compressive force & muscle compressive force
c. Compressive force & muscle rotatory force
d. Compressive force of muscle & other soft tissues
14. Weight of HAT is about ___________ % of bodyweight
a➤ 40 %
b. 50 %
c. 60 %
d. 70 %
15. The centre of gravity of HAT is at
a➤ T10
b. T11
c. L1
d. T9
16. The damaging distracting force is found in
a➤ Codman’s pendulum exercise
b. Weight attached to foot in osteo arthritis knee
c. Weight attached to foot in ligament injury
d. Weight attached for strengthening in ankylosing hip
17. Which is not a anatomical pulley
a➤ FDP contraction
b. Quadriceps contraction
c. Hamstring contraction
d. Peroneal contraction
18. The lever arm of gastrosoleus muscle force ankle joint
a➤ 2”
b. 1”
c. 3”
d. 1.5”
19. Biceps brachii as an elbow flexor is most effective at _______________ elbow flexion range
a➤ 450
b. 600
c. 900
d. 1200
20. Which exercises are harmful for RA joint
a➤ Passive stretching
b. Passive mobilization
c. Active stretching
d. Active mobilization
21. When the muscle is relaxed what is the length of each sarcomere unit is
_______________ m
a➤ 2
b. 2.5
c. 3
d. 1.5
22. What is the minimum time required for a nerve impulse to travel through a reflex arc is __________________ ms
a➤ 20 ms
b. 15 ms
c. 30 ms
d. 25 ms
23. Energy requirement to lower a load quickly than slowly is
a➤ Lesser
b. More
c. Same
d. None of the above
24. Quadriceps femoris shows peak force at
a➤ Outer range
b. Inner range
c. Mid range
d. Through out the range muscle force same
25. Delayed onset muscle soreness is most severe at
a➤ 5-10 hours
b. 10 – 30 hours
c. 30 – 45 hours
d. 45 – 60 hours
26. During clinical ligament stress test the stresses that produce strains in the ______________ applied by an evaluator.
a➤ Linear elastic region
b. Toe region
c. Plastic region
d. Yield stress region
27. At slow speed injury the failure of ligament results in
a➤ Ligament disruption
b. Avulsion
c. Complete tear
d. Mild tear
28. The ductility of dense collagen tissue increased when temperature increased up to
a➤ 350 C
b. 400 C
c. 450 C
d. 420 C
29. Repaired tendons which are immobilized for 3 weeks are ________________ than tendons immediately after suture
a➤ Stronger
b. No
c. Less stronger
d. None of the above
30. A small carrying angle means there is a risk of___________
a➤ Inferior dislocation
b. Posterior dislocation
c. Superior dislocation
d. Anterior dislocation
31. A pathologic increase of neck shaft angle is
a➤ Coxa vara
b. Coxa valga
c. Femoral anteversion
d. Femoral retroversion
32. The hip joint congruence is best in
a➤ Flexion, adduction and internal rotation
b. Flexion, abduction & external rotation
c. Extension, abduction & external rotation
d. Extension, adduction & internal rotation
33. Shear stress is more in
a➤ Coxa vara
b. Coxa valga
c. Femoral anteversion
d. Femoral retroversion
34. What is the measure structure responsible for closed packed position of hip joint
a➤ Muscles
b. Articular surfaces
c. Ligaments
d. Combinations of all three
35. Zone of weakness in femur is that
a➤ Where system trabeculae is relatively thin
b. Blood supply is less
c. muscle coverage is less
d. Ligaments are slack
36. The trabecular system is weak in the spine
a➤ Anteriorly
b. Posteriorly
c. Laterally
d. In the middle
37. The ratio of disc thickness and vertebral body weight is maximum in which spine
a➤ Lumbar
b. Thoracic
c. Sacral
d. Cervical
38. The range of abduction of shoulder is less when shoulder is a➤ Externally rotated
b. Internally rotated
c. In neutral
d. In flexion
39. Static stabilization of glenohumeral articular surface is provided by
a➤ Coracohumeral ligament
b. Coraco clavicualr ligament
c. Superior joint capsule
d. Coraco humeral ligament and superior joint capsule
40. Which is the most important muscle to produce upwards rotation of the scapula
a➤ Serratus anterior
b. Trapezius
c. Levator scapulae
d. Deltoid
41. Which muscle around the hip is analogous to deltoid
a➤ Gluteus maximus
b. Gluteus minimus
c. Gluteus medius
d. Iliopsoas
42. Apart from hip abductors which other muscles in the hip joint contribute to stability in bilateral stance
a➤ Extensors
b. Adductors
c. Rotators
d. Flexors
43. For a person who weighs 60 kg how much weight comes on midstance on the stance limb
a➤ 40 kg
b. 50 kg
c. 30 kg
d. 55 kg
44. Joint reaction force can be reduced to a maximum in case of hip joint pathology
a➤ If the patients leans to the affected side
b. If the patient leans to the unaffected side
c. If the patient carries a walking stick on the same side of pathology
d. If the patient carries a stick on the opposite side
45. The chances of neck of femur fracture is more in
a➤ Coxa valga
b. Coxa vara
c. Femoral anteversion
d. Femoral retroversion
46. Compressive forces in normal walking on knee joint is
a➤ 2 – 3 times body weight
b. Same as body weight
c. 4 – 5 times body weight
d. None of the above
47. 50 of genu varum increases the compressive force on medial meniscus to
a➤ 25 %
b. 50 %
c. 75 %
d. 10 %
48. Extensor retinaculum in the knee joint
a➤ A part of capsule
b. A part of extensor mechanism
c. A part of quadriceps tendon
d. None
49. Which structure contribute to abnormal lateral force on patella
a➤ TFL
b. IT Band
c. LCL
d. None of the above
50. In a flexed knee rotation in either direction stretches which structure
a➤ PCL
b. ACL
c. MCL
d. LCL
51. Which knee joint ligament helps in locking
a➤ ACL
b. PCL
c. LCL
d. Posterior capsule
52. During knee extension in weight bearing position ______________ continues to move till the end of extension
a➤ Lateral condyle of femur
b. Medial condyle of femur
c. Head of the femur
d. Condyles of tibia
53. The axis of rotation lies in ______________ during locking of knee
a➤ Medial condyle
b. Intercondylar region
c. Lateral condyle
d. None of the above
54. The role of gastrocnemius at knee is
a➤ Static stabilizer
b. Mobilizer for flexion
c. Dynamic stabilizer
d. Synergistic for knee flexion
55. Which one of the muscle is not included in pes anserinus
a➤ Gracilis
b. Semimembranosus
c. Semi tendinosus
d. Sartorius
56. Which two muscles act to prevent entrapment of menisci during knee motion
a➤ Semitendinosus & popliteus
b. Semimembranosus & popliteus
c. Sartoris & popliteus
d. Gastrocnemius & popliteus
57. The resultant pull of quadriceps femoris in frontal plane is
a➤ 70 to 100 medially
b. 150 to 200 laterally
c. 100 to 150 medially
d. 150 to 200 laterally
58. At which knee flexion angle the moment arm is maximum
a➤ 450
b. 600
c. 900
d. 300
59. Force production capacity due to loss of patella is most evident at
a➤ Closed kinematic chain last stage of knee extension
b. Open kinematic last stage of knee extension
c. Closed kinematic last stage of knee extension with resistance
d. Open kinematic last stage extension with resistance
60. Patellofemoral joint reaction force is maximum at
a➤ Knee extension force
b. 150 knee flexion
c. 600 knee flexion
d. 1000 knee flexion
61. In squatting the JRF in patellofemoral joint may reach
a➤ 10 times of body weight
b. 8 times of body weight
c. 5 times of body weight
d. 2 times of body weight
62. An increased Q angle depicts
a➤ Excessive medial force
b. Excessive lateral force
c. Excessive quadriceps force
d. All of the three
63. Which is the commonest ligament injury in ankle
a➤ Calcaneo fibular
b. Anterior talofibular
c. Posterior talofibular
d. LCL
64. The joint which is able to withstand the most compressive force
a➤ Facet joint
b. Hip joint
c. Knee joint
d. Ankle joint
65. The primary contributor to the resistance to passive stretching is
a➤ Cross bridges of myosin filament
b. Titin
c. Thixotrophy of muscle
d. Stiffness of tendon
66. During forward reach _______ use lumbar spine movement earlier.
a➤ Males
b. Females
c. Children
d. Male & female equal
67. When the knee is flexed the pelvis tilts anteriorly, lumbar extension increases at 800 of knee flexion and knee can be flexed up to 1350. But if the pelvis is stabilized the knee flexion stops at 900. What may be the reason?
a➤ Normal rectus femoris length
b. Short rectus femoris
c. Stiff and short rectus femoris
d. Stiff but not short rectus femoris
68. For runners a reduction of impact peak load can be achieved by
a➤ Forefoot striking
b. Using suitable running shoe.
c. Reducing weight
d. b and c
e. All of the above.
69. Which is not a fault in genu recurvatum?
a➤ Bowing of tibia & fibula on sagital plane
b. Displacement of femur anterior to the tibia
c. Inferior position of patella
d. Weakening of posterior cruciate ligament
70. Which is not included in kinesiopathology of patello-femoral dysfunction
a➤ Insufficient gluteus medius
b. Insufficient performance of vastus medialis
c. Insufficient performance of iliopsoas
d. Insufficient performance of gluteus maximus
71. There may be a rotation of the lumbar spine when the paraspinal side to side difference is greater than
a➤ 1”
b. 1.5”
c. 2”
d. 0.5”
72. When the spine becomes flat there is increased pressure on the
a➤ Facets
b. Ligaments
c. Disc
d. Body
73. Low back pain patient which muscle is an important contributor to the symptoms
a➤ Erector spine
b. Iliopsoas
c. Obliques
d. Hip extensors
74. Which is not a major cause of low back pain
a➤ Abdominals not controlling rotation between spine and pelvis
b. Abdominals not preventing anterior pelvic tilt
c. Abdominals not supporting isometrically the trunk
d. Abdominals not supporting the trunk with an eccentric contraction
75. A subtalar pronation will
a➤ Increase the q angle
b. Decrease the q angle
c. Q angle will be unchanged
d. None
76. Which is not a cause of low back pain
a➤ Abdominals not controlling rotation between spine and pelvis.
b. Abdominals not preventing anterior pelvic tilt.
c. Abdominals not supporting isometrically the trunk.
d. Abdominals not supporting the trunk with an eccentric contraction.
77. Which muscle is the little helper of latissimus dorsi?
a➤ Teris minor
b. Teres major
c. Posterior deltoid
d. Subscapularis
78. Second class lever will always have a lever arm
a➤ Equal to 1
b. More than 1
c. Less than 1
d. More than 2
79. In which accessory movement multiple points along one articular surface contact multiple points on another articular surface?
a➤ Slide
b. Rotation
c. Spin
d. Roll
80. In which condition muscle force production is more?
a➤ Less velocity middle range
b. More velocity middle range
c. Less velocity outer range
d. More velocity inner range
81. Following tissue stabilize Gleno humeral joint except
Coraco humeral ligament
Superior capsule of the glenohumeral joint
Biceps brachi
Rotator Cuff
82. Structure which may get impinged in impingement syndrome are the following except
a➤ Subacromial bursa
b. Superior capsule of glenohumeral joint
c. Long head of biceps
d. Conoid ligament
83. The arthrokinematics of shoulder flexion is
a➤ Roll and slide along joints longitudinal diameter
b. Roll and slide along transverse diameter
c. Spin movement of articular surface
d. A roll of the articulating surface
84. During complete shoulder abduction the clavicular movement is
a➤ Elevation and anterior rotation
b. Elevation and posterior rotation
c. Depression and posterior rotation
d. Depression and posterior rotation
85. In pulled elbow syndrome there is dislocation of
a➤ Radio-humeral joint
b. Radio-ulnar joint
c. Humero-ulnar joint
d. All of the above
86. Which muscle has the most efficient working capacity among elbow flexors
a➤ Biceps brachi
b. Brachialis
c. Brachioradialis
d. Almost same work done by all the muscles
87. In triceps paralysis which shoulder muscle can substitute for it
a➤ Ant deltoid
b. Post deltoid
c. Supraspinatus
d. Short head of biceps brachi
88. Kienbock disease affects
a➤ Scaphoid
b. Lunate
c. Trapezium
d. Trapezoid
89. Which one among the following causes abnormal sitting
a➤ Knees in slightly higher horizontal plane than the hips
b. Sitting as back as possible supporting the back.
c. Shoulder in line with lumber spine
d. Foot supported on floor
90. The structure which gives restraint in the maximum directions is
a➤ LCL
b. ACL
c. MCL
d. PCL
91. While standing from sitting position pushing the hands on the arm rest
a➤ Creates force in the direction of quadriceps force
b. Reaction force is in opposite direction of quadriceps
c. Reaction force in the direction of quadriceps
d. Creates force to increase ankle fixation
92. Injury rate is higher in which of the following exercise training
a➤ Concentric
b. Eccentric
c. Plyometric
d. In all of the above
93. The limitations of EMG is
a➤ Can not quantify muscle strength
b. Satisfactory dynamic recording different
c. Indication of muscle activity
d. a and b
94. Rectification in EMG means
a➤ Filtering out high frequency segment
b. Summing over time
c. Taking absolute values of
d. All of the above
95. Tendons fail at an
a➤ 15 % increase in length
b. 8 % increase in length
c. 12 % increase in length
d. 4 % increase in length
96. Centre of pressure means
a➤ Centre of gravity of foot
b. Centre of gravity of the body
c. Point of application of resultant grf
d. None of the above
97. The moment imposed on any body segment mostly depend upon
a➤ Moment created by gravity
b. Moment created by grf
c. Acceleration of the centre of gravity
d. b and c
98. When a person climbs stairs GRF moves upward and forward. The work done is
a➤ Force X upward distance
b. Force X upward distance + force X horizontal distance
c. Force (Upward + horizontal distance)
d. None of the above
99. The sequence of motor unit recruitment is predetermined at
a➤ Brainstem level
b. Basal ganglia level
c. Cerebral level
d. Spinal level
100. The force frequency relationship between tonic muscles is
a➤ Linear
b. Ramp & plateau
c. Curvilinear
d. None of the above
101. The capability of a motor unit exerting force is measured from
a➤ The maximum twitch force
b. Peak force of fused tetanus
c. Both a and b
d. Fused tetanus
102. Which motor units have greatest innervations and largest muscle fibres
a➤ Slow contracting
b. Fatigue resistance
c. Fast to fatigue
d. Both b and c
103. Resting membrane potential depolarizes within
a➤ 21 days
b. 2 days
c. 2 hours
d. 10 days
104. EMG can be quantified by measuring the amplitude of
a➤ Rectified EMG
b. Integrated EMG
c. Filtered EMG
d. None of the above
105. The magnitude of EMG is related to
a➤ Concentric contraction
b. Eccentric contraction
c. Isometric contraction
d. All the three
106. Effective lubrication of articular surfaces requires
a➤ Intermittent compression & distribution
b. Adequate immobilization
c. Congruent articular surface
d. a and c
107. Hyaline cartilages are found in
a➤ IVD
b. Ears
c. Epiglottis
d. Joints
108. Instability occurs at which degree sprain?
a➤ 1 degree
b. 2 degree
c. 3 degree
d. 2 & 3 degree
109. How many positions of joint equilibrium does stable joint have for functional loading
a➤ 1
b. 2
c. 3
d. more than 3
110. Clinically change in stiffness of ligaments is detectable when there is rupture of
a➤ Minimum fibres
b. 10 % fibres
c. Vast majority of fibres
d. Half of fibres
111. The density of bone is
a➤ % of mineralized tissue
b. % of non mineralized tissue
c. Mineralized tissue/total bone tissue volume
d. Non mineralized tissue/total bone tissue volume
112. Which one of the following may cause abnormal sitting
a➤ Shoulder in line with lumbar spine
b. Knees should be slightly higher horizontal plane than the hips
c. Should sit as back as possible supporting the back
d. Foot supported on floor
113. In forward bending which is considered an impairment
a➤ A final lumbar flexion of 250 to 300
b. Lumbar flexion greater than 50 % of its total range
c. A final lumbar flexion less than 300
d. Lumbar flexion lesser than 50 % of its total range
114. While returning from trunk bending to standing posture which movement pattern is correct
a➤ Lumbar extension followed by hip extension
b. Lumbar extension followed by hip and spine extension
c. Hip extension followed by spine extension
d. Hip extension followed by hip & spine extension
115. Which may not be cause of disc injury
a➤ Sitting at a desk rich for various office tools
b. Golf
c. Squash
d. Tennis
116. The most important action of multifactor is
a➤ Creating extension torque during lumbar extension
b. Controlling anterior shear while forward bending
c. Counteracting abdominals during rotation
d. Exerting compressive force on lumbar spine
117. Obesity with large abdomen & buttock may be associated with
a➤ Lumbar flexion syndrome
b Lumbar flexion rotation syndrome
c Lumbar extension syndrome
d Lumbar extension & rotation syndrome
118. In hip joint osteoarthritis the hypo mobility is particularly for
a➤ Extension
b. Flexion
c. Abduction
d. Rotation
119. If the scapula is positioned more towards the c7 then there is
a➤ Shortness of trapezius
b. Shortness of trapezius + levator scapulae & rhomboids
c. Shortness of rhomboids & levator scapulae
d. Shortness of trapezius & levator scapulae
120. The vertebral border of scapula is _____________ inches away from midline
a➤ 2”
b. 3”
c. 3.5”
d. 2.5”
121. At completion of flexion vertebral border of scapula should be rotated
a➤ 30 degrees
b. 45 degrees
c. 50 degrees
d. 60 degrees
122. Which is the key force couple in the scapular motion
a➤ Trapezius deltoid
b. Deltoid serratus anterior
c. Trapezius & serratus anterior
d. Deltoid and rotator cuff
123. In zigzag deformity of the hand there is a gradual increase of moment arm of
__________ muscle increases
a➤ FPL
b. EPL
c. APL
d. FDS
124. Which muscle does not use pulley to define its moment arm in hand
a➤ FCR
b. Extensors of wrist
c. FCU
d. a and b
125. Which muscle is the key extensor of the wrist because of its force production
a➤ ECRL
b. ECRB
c. ECU
d. ED
126. Which muscle may not be an extensor of wrist when the forearm is pronated
a➤ ECRL
b. Extensor digitorum
c. ECRB
d, ECU
127. Metacarpophalangeal joints of finger has __________ degrees of freedom
a➤ 1 degree
b. 2 degree
c. 3 degree
d. More than 3
128. In functional position of hand which muscle length is kept at optimal length
a➤ Wrist extensor
b. Wrist flexor
c. Finger extensor
d. Finger flexors
129. For meniscus injury there should be
a➤ Shear of compressed knee
b. Torsion of compressed knee
c. Shear and torsion of knee
d. Torsion of extended knee
130. Inversion eversion component is more in
a➤ Ankle joint
b. Mild tarsal joint
c. Subtalar joint
d. None of the above
131. Stance phase is ___________ % of gait cycle
a➤ 40 %
b. 50 %
c. 60 %
d. 70 %
132. The most energy efficient gait is
a➤ Walking on usual walking habit
b. Walking with a slower speed
c. With brisk walking
d. None of the above
133. Shin splint results
a➤ Due to shortening of tibialis posterior
b. Cavus medial longitudinal arch
c. Loading phase is more demanding in sports
d. All of the above.
134. The inability to control pronation by __________________ results in tendonitis.
a➤ Peroneus longus.
b. Peroneus brevis
c. Peroneus tertius.
d. All of the above.
135. What type of exercises are best for improving bone strength.
a➤ High impact exercises which generate GRF greater than twice body weight
b.High impact exercise which generates GRF greater than body weight
c. Low impact high repetition exercise
d.Low impact long duration exercise.
136. Larger and possibly stronger bone is possible
a➤ Exercising in adult hood.
b. Exercising in child hood.
c. Exercising after growth cease.
d. Remaining physically active in childhood and adulthood
Reference P. P. Mohanty
1. c | 41. b | 81. c | 121. d |
2. b | 42. b | 82. d | 122. c |
3. b | 43. b | 83. c | 123. a |
4. c | 44. d | 84. b | 124. c |
5. d | 45. b | 85. b | 125. b |
6. a | 46. a | 86. b | 126. d |
7. a | 47. b | 87. a | 127. b |
8. a | 48. a | 88. b | 128. d |
9. b | 49. b | 89. a | 129. b |
10. b | 50. b | 90. c | 130. c |
11. a | 51. b | 91. c | 131. c |
12. c | 52. b | 92. c | 132. c |
13. b | 53. c | 93. d | 133. d |
14. c | 54. c | 94. c | 134. a |
15. b | 55. a | 95. b | 135. a |
16. c | 56. b | 96. c | 136. b |
17. c | 57. a | 97. b | |
18. a | 58. b | 98. a | |
19. c | 59. d | 99. d | |
20. a | 60. d | 100. b | |
21. b | 61. b | 101. b | |
22. c | 62. b | 102. c | |
23. a | 63. b | 103. c | |
24. c | 64. d | 104. b | |
25. d | 65. b | 105. c | |
26. b | 66. a | 106. d | |
27. b | 67. d | 107. d | |
28. b | 68. e | 108. c | |
29. b | 69. d | 109. a | |
30. c | 70. d | 110. c | |
31. b | 71. d | 111. c | |
32. b | 72. c | 112. b | |
33. a | 73. b | 113. c | |
34. c | 74. d | 114. d | |
35. a | 75. a | 115. d | |
36. a | 76. d | 116. b | |
37. d | 77. b | 117. c | |
38. b | 78. b | 118. b | |
39. d | 79. d | 119. b | |
40. b | 80. a | 120. b |
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