Physics, BA1VS1, winter semester 2018/2019, Prof.RNDr.Zdeněk Chobola,CSc. |
MECHANICS
Kinematics of particle
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Motion of particle
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Instantaneous velocity
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Instantaneous acceleration
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Analysis of vector of acceleration
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General motion
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Uniform circular motion
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Circular motion with uniform angular acceleration
Dynamic of particle
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Newton´s laws of motion
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Solution of equation of motion
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Linear harmonic oscillator
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Motion in noninertial frame works
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Work, Power
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Potential energy
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Kinetic energy
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The law of conservation of mechanical energy
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Impulse of force
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Moment of force
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Moment of momentum
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Continuity between moment of force and moment of momentum
Dynamic of rigid body
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Mass and momentum of a system of particles, external and internal forces
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Moment of internal forces
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Centre of mass
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First impulse principle
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Second impulse principle
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Totally rigid body, force in rigid body
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Couples forces
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Equilibrium of rigid body
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Motion of rigid body
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Kinetic energy of rigid body
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Moment of inertia
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Work and power by circular motion of rigid body
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Sliding friction
Hydromechanics
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Pascal´s principle
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Hydrostatic pressure
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Archimede´s principle
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Surface tension
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Equation of continuity
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Principle of fluid momentum
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Bernoulli´s equation
Oscillations
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Free harmonic oscillations
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Energy of harmonic oscillations
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Damped oscillations
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Forced oscillations
Literature
1. Chobola Z., Navarova H.: Physics, Brno, 2001
2. Ohanian H.: Physics, New York, 1985
3. Breithaupt J.: Physics, London, 1999
4. Duncan T.: Physics, London, 1994
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