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LSDwhat?
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So I have never had Physics and I need it to do Physics I , since the pre-requesits need prior physics I ask where do I start , which books, the one on biblio ?
Objectives
Physics I is a general physics course teaching mainly Newtonian Mechanics. Theoretical lectures are designed toward the understanding of laws and concepts of Physics and their application to the resolution of real problems. In laboratory classes, emphasis is given to the experimental methods of Physics, to metrology and scientific reporting.
Prerequisites
11th grade level knowledge of physics concepts.
12th grade level knowledge of mathematics.
Subject matter
General concepts: Measurement, units, uncertainties, dimensions. Space and Time. Reference frames. Models of Mechanics.
Kinematics: Velocity and acceleration in general motion. Velocity and position calculated from the acceleration. Relative motion, Galileu’s transformation.
Dynamics of the particle: Inertial reference frames. Principle of conservation of linear momentum. Fundamental forces; contact forces; friction; drag force and terminal speed. Non - inertial reference frames. Conservation of angular momentum. Work and energy; potential energy and force; conservation of energy.
Systems of particles: Center of mass and center of mass reference frame. Conservation of linear momentum, angular momentum and energy. Two particle systems; reduced mass. Collisions. Systems with varying mass.
Dynamics of the rigid body: Linear momentum, angular momentum, work and energy in translation and rotation. Rotational inertial momentum. General movement; rolling. Equilibrium.
Oscillatory Motion: Simple harmonic motion.
Bibliography
1. Halliday, Resnick & Walker, Fundamentals of Physics (6th ed)
2. Halliday, Resnick & Walker, Fundamentos de Física, vol.1, 2 (6ª ed)
3. Alonso e Finn, Física, vol. 1
Objectives
Physics I is a general physics course teaching mainly Newtonian Mechanics. Theoretical lectures are designed toward the understanding of laws and concepts of Physics and their application to the resolution of real problems. In laboratory classes, emphasis is given to the experimental methods of Physics, to metrology and scientific reporting.
Prerequisites
11th grade level knowledge of physics concepts.
12th grade level knowledge of mathematics.
Subject matter
General concepts: Measurement, units, uncertainties, dimensions. Space and Time. Reference frames. Models of Mechanics.
Kinematics: Velocity and acceleration in general motion. Velocity and position calculated from the acceleration. Relative motion, Galileu’s transformation.
Dynamics of the particle: Inertial reference frames. Principle of conservation of linear momentum. Fundamental forces; contact forces; friction; drag force and terminal speed. Non - inertial reference frames. Conservation of angular momentum. Work and energy; potential energy and force; conservation of energy.
Systems of particles: Center of mass and center of mass reference frame. Conservation of linear momentum, angular momentum and energy. Two particle systems; reduced mass. Collisions. Systems with varying mass.
Dynamics of the rigid body: Linear momentum, angular momentum, work and energy in translation and rotation. Rotational inertial momentum. General movement; rolling. Equilibrium.
Oscillatory Motion: Simple harmonic motion.
Bibliography
1. Halliday, Resnick & Walker, Fundamentals of Physics (6th ed)
2. Halliday, Resnick & Walker, Fundamentos de Física, vol.1, 2 (6ª ed)
3. Alonso e Finn, Física, vol. 1