Fundamental and derived physical quantities. Dimensions and dimensional analysis.
Measurement errors and significant figures
Vectors, vector quantities and Cartesian representation
Kinematics of the material point: position, speed, acceleration. Uniform, circular, parabolic rectilinear motion. Free fall of a serious.
Dynamics of the material point: Laws of Dynamics. Universal gravitation.
Special forces: Weight force, static and dynamic friction force. Elastic force
Constraint reactions
Work and Energy. Potential Energy and Power. Kinetic energy.
Living forces theorem. Conservative and non-conservative forces.
Force weight. Elastic force.
Gravitational potential energy.
System of material points. Center of Massa.
Earth-Sun system.
Motion of the center of mass. Theorem.
Momentum of a system of material points.
Dynamics equations of a system of material points.
Conservation of momentum. Moment of momentum. Angular momentum.
Rigid body. Cardinal equations. Moti
Translational, rotary, rotational motion.
Moment of inertia
Exercises

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