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KINEMATICS
2.1. Introduction;
2.2. Frames of reference; 2.3. Kinematics of a particle: definitions; 2.4. Tangential and normal acceleration; 2.5. Motion with constant acceleration; 2.6. Angular kinematic parameters; 2.7. Rotation with constant acceleration; 2.8. Relations between linear and angular kinematic variables; 2.9. Galilean transformation; 2.10. Relative rotational motion; |
Physics Kinematics Newton's laws Application of Newton's laws Work and energy Systems of particles Motion of rigid body Ideal gas First and second principle of thermodynamics Electric charge and electric field Gauss' law Conductors and dielectrics in an electric field Electrical currents Magnetic interaction Sources of magnetic fields Magnetization of matter |
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