Kinesiology Question Bank

1. Short note on Precision Handling.

2. Write a short note on “Carrying angle”
3. Write down in detail about the different types of instability
occurs in
4. wrist joint.
5. Explain elbow and forearm motion during functional activities like
6. combing, eating, drinking etc.
7. Explain prehension grip with suitable diagram.
8. Describe effects of immobilization and injuries seen in elbow joint.
9. Discuss ligaments of wrist joint in brief.
10. Discuss Non-prehension grip in detail.
11. Enlist soft tissue injuries in elbow joint. Explain any two in detail.
12. Discuss in detail about articulation of elbow complex.
13. Short note on Power grip.
14. Write down about humeroulnar and humeroradial articulations and
its joint capsule.
15. Describe the components and role of TFCC (Triangular fibro
cartilagecomplex) in wrist joint.
16. List down the injuries of the elbow joint. Explain any two in detail.
17.Write in detail about the ligaments of the elbow joint with suitable
diagram.
18. Short note on: Power grip.
19. Describe various annular pulleys and cruciate ligaments in the digits
and also discuss about anatomical location and function.
20. Short note: Power grip
21. List down the injuries of the elbow joint. Explain any two in detail.
22. Write a short note on "Carrying angle"
23. Write a short note on “Carrying angle”
24. Write in detail about the ligaments of the elbow joint.
25. Write a short note on “Precision Handling”
26. Discuss in detail about articulation of elbow complex.
27. Short note on wrist instability.
28. Describe cylindrical grip in detail.
29.Write down about humeroulnar and humeroradial articulations and
its joint capsule.
30. Describe the “carrying angle” and explain why it is present.
31. Describe the components and role of TFCC (Triangular
fibrocartilagecomplex) in wrist joint.
32. Enumerate the injuries of the elbow joint. Explain any two in detail.
33. Write in detail about the ligaments of the elbow joint.
34. Write down in detail about the different types of instability occurs
in wrist joint.
35. Write a short note on Power grip.
36. Discuss extensor mechanism and it influence on
Metacarpophalangeal joint function.
37. Write a short note on Carrying angle.
38. Describe various annular pulleys and cruciate ligaments in the digits
and also discuss about anatomical location and function.
39. Short note on Precision Handling.
40. Write a note on ligaments of elbow joint.
41. Write a short note on : (i) Compression injuries (ii) Distraction
injuries
42. Write in detail about function of the Radioulnar joint.
43. Write a short note on “ Wrist instability”.
44. Write principles of application to receive the impetus of external
objects.
45. Describe trabecular system of hip joint with suitable diagram.
46. Short note: Ligaments of Hip Joint
47. Explain impetus to a human body while it is supported by water.
48. Discuss all the muscles involved in stance phase of Gait cycle
49. Write down the ligaments of hip joint with suitable diagram
50.Write a short note on: a) Anteversion b) Retroversion
51. Discuss ligaments & range of motion of Hip joint.
52. Write a short note on Impetus.
53. Write a short note on Pelvifemoral motion.
54. Elaborate hip joint forces and muscle function in bilateral stance.
55. Write a note on impetus.
56. Describe trabecular system of hip joint with diagram.
57. Write a note about compensatory lateral lean of the trunk and use of
cane.
58. Write down principles related to accuracy and control in receiving
external objects.
59. Describe hip joint forces and muscle function in bilateral stance
with suitable diagram.
60. Write a note about: 1) Anterior & Posterior pelvic tilt & Lateral
pelvic tilt
61. Write down short note on : Impetus.
62. Short note : Impetus
63. Describe trabecular system of hip joint with suitable diagram.
64. Short note: Ligaments of Hip Joint
65. What is Impetus? Explain principles of Impetus in detail.
66. Short note: Trabecular system of Hip joint with suitable diagram
67. Write a note about:1) Anterior & Posterior pelvic tilt 2) Lateral
pelvic tilt
68. Write down short note on : Impetus.
69. Short note : Impetus
70. Describe trabecular system of hip joint with suitable diagram.
71. Short note: Ligaments of Hip Joint
72. What is Impetus? Explain principles of Impetus in detail.
73. Short note: Trabecular system of Hip joint with suitable diagram
74. Write a note about: 1) Anterior & Posterior pelvic tilt 2) Lateral
pelvic tilt
75.Explain Impetus in detail.
76. Short note on Trabecular System of Hip Joint with suitable diagram.
77. Write a short note on following with suitable example: i) Anterior
and Postrior pelvic tilt , ii) Lateral pelvic tilt
78. Discuss motions of the pelvis on the femur in short.
79. Elaborate hip joint forces and muscle function in bilateral stance.
80.Write a note about principles related to avoiding injury during
receiving impetus
81.Write a short note on trabecular systems of hip joint.
82. Give canculations for hip joint forces and muscle function during
unilateral stance.
83. Define Impetus. Principles of giving impetus to an external object.
84. Write a short note on Pelvifemoral motion.
85. Write a note about 1) Anterior and posterior pelvic tilt 2) Lateral
pelvic tilt 3) Anterior and posterior pelvic rotation.
86. Principles related to accuracy and control in receiving external
objects.
87. Write a note about compensatory lateral lean of the trunk and use of
cane.
88. Short note on ”Pelvifemoral rhythm”.
89. Write principles of application to receive the impetus of external
objects.
90. Describe hip joint forces and muscle function in bilateral stance.
91. Explain structural adaptations to weight bearing of hip joint
(trabecular systems).
92. Principles of giving impetus to an external object.
93. Define Q angle. Describe the procedure to measure it along with the
normal range in males and females?
94. Short note on :Biomechanics of cycling
95. Enlist any four deformities of knee joint
96. Write a note on role of menisci in knee flexion/extension.
97. Give details on running as skilled movements
98. Define Q angle. Describe the procedure to measure it along with the
normal range in males and females?
99. Write down the difference between Extensor lag and lack.
100. Explain the biomechanical differences seen between
Tibiofemoral and patellofemoral joint.
101. Write a short note on Rope climbing.
102. Describe Screw Home Mechanism of knee joint in detail.
103. DIscuss Genu Valgum vs Genu Varum in knee join.
104. Explain pattern of leg movements in cycling and running?
105. Write a detailed note on meniscus of knee joint.
106. Explain in detail about dynamic stabilizers of knee joint.
107. Short note on: 1) Genu valgum and Genu varum 2) Q-angle
108. Write a note on role of menisci in knee flexion/extension.
109. Short note on :Biomechanics of cyclin
110. Enlist ligaments of Knee joint. Write in detail about various
ligament
111. contribute to anterior-posterior stability of knee joint.
112. What is Q-angle of knee joint? Write the procedure to
measure Q-angle with its clinical significance.
113. Explain with diagram about patellar motion with respect to
the femur.
114. Short note on osteokinematics and arthrokinematics of
running.
115. Write a short note on: 1) Genu valgum and Genu varum 2) Q-
angle
116. Discuss about menisci and its role in knee flexion / extension
with diagram.
117. Explain about Screw Home Mechanism of knee joint.
118. Write down osteokinematics and arthrokinematics of cycling.
119. Write a short note on Menisci of Knee Joint.
120. Explain in detail: Biomechanics of running.
121. Enlist ligaments of Knee joint. Write in detail about various
ligaments contribute to anterior-posterior stability of knee joint.
122. Write a short note on: 1) Genu valgum & Genu varum 2) Q-
angle
123. Write in detail about Menisci of Knee joint.
124. Name the ligaments of Knee joint which provide medial-
lateral stability of knee. Discuss the bimechanical role of these
ligamnets.
125. Write in detail: Biomechanics of running
126. Explain in brief: 1) Genu valgum and varum 2) Q-angle
127. Discuss differences between Genu Valgum and Genu Varum.
128. Short note: Biomechanics of cycling
129. Discuss about Anterior Cruciate Ligament in detail.
130. Short note: Patellar plicae
131. Enlist any 5 deformities of knee joint
132. Write a note on role of menisci in knee flexion/extension.
133. Explain in detail about dynamic stabilizers of knee joint.
134. Describe the contact of the patella with the femur at rest in
full extension. Write the contact as flexion proceeds.
135. Give details on cycling as a skilled movement.
136. Write in detail about patellar motion with respect to the femur.
137. Which are the ligaments providing anterior-posterior and
medial-lateral stability to a knee joint
138. What is Extensor lag and lack?
139. Enlist any four deformities of knee joint
140. Write a note on role of menisci in knee flexion/extension.
141. Give details on running as a skilled movement.
142. Describe the contact of the patella with the femur at rest in
full extension. Explain the contact as flexion proceeds.
143. Give details on running as skilled movements.
144. What is Q angle of knee joint? Write the procedure to measure
Q angle with its clinical significance.
145. What is Extensor lag and lack?
146. Enlist any four ligaments of knee joint.
147. Write in detail about patellar motion with respect to the femur.
148. What is Q angle of knee joint?
149. Write the procedure to measure Q angle with its clinical
significance.
150. Give details on running as skilled movements.
151. Enlist muscles with their function at knee joint.
152. What is Extensor lag and lack?
153. Write the contact of the patella with the femur at rest in full
extension.
154. Give a diagramatic presentation of patella tracking as flexion
proceeds.
155. Give details on running as skilled movements.
156. Write in detail about role of the cruciate ligaments and
menisci in flexion/extension of knee joint.
157. Short note: Screw Home Mechanism of knee joint
158. Write a short note on Arches of foot.
159. Describe the axis for Ankle joint and Ankle joint function
160. Explain the sequence of movement during overhead activites
with its muscles action
161. Explain the kinetics and kinematics of ascending and
descending stairs.
162. Write down the function & ligaments of foot complex along
with diagram.
163. Describe the importance of Ankle joint in Gait training.
164. Discuss ligaments of Ankle Joint in detail.
165. Explain kinetics and kinematics of Squatting.
166. Write a short note on Arches of foot.
167. Write in detail about structure and function of Transverse
Tarsal Joint.
168. Write a note on:1.Metatarsophalangeal Extension 2.
Metatarsal break.
169. Describe the sequences of rising from a chair.
170. Explain coupled motions of subtalar joint: Pronation and
Supination in weight bearing and non weight bearing position.
171. Write a short note: Arches of foot.
172. Describe the Phases of overhead activites and which muscles
are III) involve in this activity.
173. Write a note on ligaments that support the Ankle joint with
suitable diagram.
174. Write a short note on: Metatarsal Break
175. Describe the phases of sit to stand. Which muscles are
involved in this activity?
176. Discuss ligaments of tibiofibular joints.
177. Explain the sequence of movement during overhead activites
with its muscles action.
178. Explain coupled motions of subtalar pronation and supination
in weight bearing and non weight bearing position.
179. Explain kinematics of rolling in detail.
180. Short note: Arches of foot
181. Write a short note on: 1) Supination twist 2) Pronation twist
182. Describe kinematics of reaching overhead and forward.
183. Short note: (i) Supination Twist (i) Pronation twist
184. Explain Plantar Arches in detail.
185. Structure of the Ankle joint and its articulations. Write a note
on ligaments that support the Ankle joint.
186. Write a short note on : 1) Supination twist 2) Pronation twist
187. Describe the Phases of rising from a chair.
188. Describe the axis for Ankle joint and Ankle joint function.
189. write in detail about the axis for Subtalar motion. Function of
Subtalar joint in weight bearing condition.
190. Describe the joint kinematics during the squat
191. Write in detail about biomechanics of Transverse Tarsal Joint.
192. Discuss in detail about functions of the plantar arches.
193. Describe the phases of sit to stand activity in brief.
194. What are the TMT rays? Describe the axis for the first and
fifth ray.
195. Write a note on Supination twist.
196. Write articulation of the Metatarsophalangeal joints and
describe briefly about Metatarsophalangeal Extension and the
Metatarsal break.
197. Explain kinematics of Squatting in short.
198. Describe subtalar joint function and subtalar neutral.
199. Write a short note on : 1) Supination twist 2) Metatarsal break.
200. Write in detail about kinetics of Squatting