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• Introduction to course & kinemetics. ,Books
• Components of velocity and acceleration -Projectile motion
• Kinetics
• Conservative force fields ,conservation of energy theorem& linear and angular momentum
• Non-conservative forces
• Resisted motion and damped forced oscillator
• Central forces and planetary motion
• Kepler's law,motion in inverse square field,escape velocity
• Mid term exam
• Planar motion of rigid bodies
• Linear and angular velocity of rigid bodies about fixed axis,moments and products of inertia
• Parallel and perpendicular axis theorem,General motion of rigid bodies
• Angular momentum and moment of inertia,principal axis and moment of inertia
• Determination of principal axis,Equimomental system
• Euler equation of motion-rotating axis theorem
• Free rotation of a rigid body,torque free rotation of symmetrical top
• Euler angles ,angular velocity and kinetic energy in terms of Euler angles
• Final term exam