Explain briefly moment of inertia.
[3 marks]Describe the principle of capillary viscometer. Explain the Poiseuille’s equation for calculating viscosity.
[4 marks]Write in detail the biomechanics of spinal column.
[7 marks]Describe Newton’s Laws of Motion.
[3 marks]Define: 1) Coplanar Forces 2) Noncoplanar Forces 3)Concurrent Forces 4) Nonconcurrent Forces
[4 marks]Explain mechanical properties of hard tissue.
[7 marks]Draw and explain the types of joints in human body.
[7 marks]Explain biocompatibility of orthopedic implants.
[3 marks]Define viscosity and viscometer.
[4 marks]List and explain the rheological properties of blood.
[7 marks]Enlist the characteristics of mechanical heart valves.
[3 marks]Explain solid and fluid frictional force.
[4 marks]Describe biomechanics of heart valves with necessary derivations.
[7 marks]How a prosthetic valve is tested?
[3 marks]Elaborate Kelvin-Voight model of soft tissue.
[4 marks]Explain the design aspects of orthopedic implant. OR1
[7 marks]Explain different types of heart valves and their functions in our body.
[3 marks]Describe structural difference between ligaments and tendons with figure.
[4 marks]Explain in detail Hill’s muscle model.
[7 marks]Describe Bernoulli’s principle.
[3 marks]Explain manufacturing process of implants.
[4 marks]Describe the structure and composition of bone.
[7 marks]Explain Hagen-poiseuille equation.
[3 marks]Describe briefly mechanics of blood vessels.
[4 marks]Write in detail the applications of gait and locomotion analysis.
[7 marks]