11-10-2018
B.P.T. (Part - I1))
(8670)
B.P.T. Part-ll (Main) Examination
September - 2018
BIO-MECHANICS AND KINESIOLOGY
Paper - VII
Time: Three Hours
Maximum Marks: 80
Ilustrate your answers with diagrams. flow charts wherever appropriate.
Attempt any FIVE questions
All questions carry equal marks.
1/ Describe Structure of Muscle & CIlassification of Joints in detail. 6+ 10 = 16
2/ Explain in detail about:
. aY Axis &
Planes of Human Body. 06
bYExtensor Mechanism of Hand. 10
3. Write short notes on:
a) Newton's Law of Motion. 04
b) Arthrokinematics of Wrist Joint. 04
c) Pelvic motions in detail. 08
4. Describe carrying angle & its significance. Describe Anatomy of shoulder complex in detail.
Describe Scapulohumeral Rhythm in detail. 4 +8+4= 16
5. Write short notes on:
a) Red and White Muscle. 04
b) Arthrokinematics of Subtalar Joint. 04
c) Levers in Human body. 04
d) Time & Distance variables of Gait. 04
6. Describe in detail:
a) Arches of Foot. 08
b Characteristics of Good & Bad Posture. 04
Traditional & RLA nomenclature of Gait Cycle. 04
.2 Describe determinants of Gait & various Pathological Gait in detail. 8+8=16
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(8670)
T. (Part- I)
B.P.T. Part-! (Main) Examination
October - 2017
BIO-MECHANICS AND KINESIOLOGY
-
Paper VII
Time: Three Hours
Maximum Marks: 80
appropriate.
llustrate your answers with diagrams. flow charts wherever
Attempt any FIVE questions
All questions carry equal marks.
normal gait cycle and stair gait cycie n
Vi. Describe phases, kinetics and kinematic analysis of + 6 10 = 16
detail.
2. Explain in detail about:
06
a) Biomechanics of 1" carpo-metacarpal joint of thumb.
10
b) Extrinsic finger flexors and
extensors in detail with its mechanism of action.
3. Short notes:
04
a Dynamic stabilisers of shoulder joint.
G4
5) "Q" angle with its significance in knce joint.
08
tPrehension in detail.
of
4
understand by "Degrees of freedom" of synovial joint? Enumerate the degrees
What do you
freedom, movements, ROM and muscles involved for the hip joint. Explain pelvi-femoral
rhythm. 4+8+4= 16
8. Short notes: 4 x 4 = 16
3 Spurt and shunt muscles.
b)Newton's law of reaction.
sYTypes of levers with its importance in physiotherapy department.
dLength-tension relationship of a skeletal muscle.
6. Describe in detail:
a) Structure and function of Talocrural joint. 08
b) Functions of arches of foot. 04
c) Subtalar neutral and pronation twist.
04
VExplain optimal postural alignment and analysis of standing posture and deviation from
optimal alignment of standing posture in +
detail. 08 08= 16
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12-2016
B.P.T (Part- I) (8670)
B.P.T. Part-ll(Maln)Examination
-
December 2016
BIO-MECHANICS AND KINESIOLOGY
Paper - VII
Time: Three Hours
Maximum Marks: 80
ustrate your answers with diagrams. flow charts wherever appropriate.
Attempt any TEN questions
Allquestions carry equal marks.
08
Describe in detail about length- tensicn & force velocity. relationship of muscle.
Z on locking and unlocking of
EXplain in detail about biomechanics of knee ioint. Add a note
5+3= 08
knee. =
08
2+6
3. What are levers?
examples of human body for each lever.
Classify them with
a note on stabilizers
medius in unilateral stance. Add
nExplain the significance of gluteus 5+3= 08
of HIP joint.
about determinants of gait. 5+3= 08
Describe in detail about gait analysis. Mention
affect:ng the posture. Mention about postural
(6.) Explain about assessment and factors
5+3= Ü8
deviations. =
2x4 08
Short notes on:
at Centre edge angle
Pulieys of hand
b
8/Describe the stabilizers of the shoulder joint.
Add a note on scapuio humeral rhyth.m.
5+3= 08
= 08
2 x4
9/Short notes on:
Arches of the foot
6) Prehension S5)
191 of hitnan movement occurring
in
10. What are axis and planes? Give suitable examples
2+6= 08
respective axis and plane.
2 x4=08
Short notes on:
1.
YQAngle
b} Resolution of forces
suitable examples. Add a note on
kinetics and kinematics with
(12.)Differentiate between 5+3= 08
analysis.
instruments used for kinetic and kinematic
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2015
P.T. (Part- ) (8670)
B.P.T. Part-ll (Main & Remanded)
Examination
December - 2015
BIO-MECHANICS AND KINESIOLOGY
-
Paper VII
Time: Three Hours
Maximum Marks: 80
ustrate your answers with diagrams, flow charts wherever appropriate.
Attempt any TEN questions
Allquestions carry equal marks.
K
Explain the function and biomechanics of arches of foot. 8
2) Explain biomechanics of first carpo- metacarpal joint. Add a note on pulleys of hand. 5+3
Explain length - tension relationship of a skeletal muscle. Draw electron microscopic vjew
of striated muscle. 4+4
What is force couple? Explain scapulohumeral rhythm. 2 +6
What lever? Explain class- two levers with examples of human body.
is 2+6
6/Namne the axes and planes of body. Give examples of movement occurring in each plane
and around each axis.
4
+4
What is anatomical pulley? Explain the role of patella as anatomical pulley at various angles
of knee flexion. 2+6
Write a note on pelvic tilt. Explain the abductor mechanism of positionof pelvis unilateral
in
8.
stance. 3+5
g. Name types of posture. Explain factors affecting posture. 3+5
response
10. Enumerate phases of gait cycle. Give kinetic and kinematic analysis of loading
3+5
phase.
8
n M. Explain Newton's laws of motion.
on: 2 x4=8
2. Write notes
a) Q- angle
b) Carrying angie
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BPT Part-II Examination
November/December -
BIOMECHANICS AND 2014
KINESIOLOGY
Paper-vII
Time :Three Hours
Maximum Marks:80
Attempt any TEN questions and draw diagram
wherever applicable.
All questions carry equal marks.
What is parallel force system? Describe types
of lever with example in human 00y 8
Discuss in detail factors affecting muscle tension & explain
muscle length & tension. briefly relationship between
ybéscribeggait cycle? Explain various phases along with its various determinants. 8
Define & classify posture. Describe optimal posture 8
in detail.
Describe the 'Screw home mechanism' of knee joint. Add a note on osteokinematics of
the knee joint.
6 Discuss in detail about kinetic aspects of temporomandibular
joint.
ADiscuss in detail osteokinematics of hip joint. 8
Describe the Carrying angle'. Differentiate cubitus valgus from cubitus varus. 8
Describe biomechanics of ankle joint, along with various ligaments. Add a note on 8
function of ligaments around ankle joint.
prenension in detail. 8
What are the components of the shoulder complex. Explain articulation, ligaments,
movements & function of sternocavicular joint.
Write:
short notes: 8
(a) Active insufficiency. (b) Closed kinematic chain exerciss.
(c) Synergist & their function. (d) Hook's Law.
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