Ingegneria Gestionale (Anno Accademico 2018/2019) - Indirizzo produzione

Physics (new version)

Docenti video: Marco Casolino - INFN, Università di Tor Vergata Roma, RIKEN (Giappone)

Lezione n. 1: Units and standards Course material Lesson contents Introduction Physics: An Experimental Science Physical quantinites: Units and Standards Base units Derived units International System (SI) Unit prefixes Unit consistency		Sami Mahmood
Lezione n. 2: Vectors Analysis Lesson content Vector analysis Addition of vectors - graphical method Addition of vectors - analytical method Multiplying a vector by a scalar Scalar product of two vectors The vector product		Sami Mahmood
Lezione n. 3: Kinematics of a particle - part 1 Lesson contents Kinematics Motion along a straight line Position, Velocity, Acceleration Average velocity Instantaneous velocity Speed Acceleration Motion with constant acceleration		Sami Mahmood
Lezione n. 4: Kinematics of a particle - part 2 Lesson contents Free-fall acceleration Motion in two or three dimensions: Position, Velocity and Acceleration Projectile motion Horizontal and vertical movement The maximum height of the projectile The equation of the path The range of a projectile		Sami Mahmood
Lezione n. 5: Dynamics of a particle - part 1 Lesson contents Dynamics: Forces Mass Newton'slaws of Mechanics Newton's first law Newton's second law Newton's third law Motion of particles Free body diagam		Sami Mahmood
Lezione n. 6: Dynamics of a particle - part 2 Lesson contents Introduction Applying newton’s laws Friction		Sami Mahmood
Lezione n. 7: Dynamics of a particle - part 3 Lesson contents Dynamics of circular motion Centripetal Force Energy and Kinetic Energy Work Work done by gravitational forces		Sami Mahmood
Lezione n. 8: Dynamics of a particle - part 4 Lesson contents Work done by a variable force Work done by a spring force Power Potential energy and energy conservation Conservative and non-conservative forces Work, Potential and Kinetic energy		Sami Mahmood
Lezione n. 9: Dynamics of a particle - part 5 Lesson contents Work and potential energy Work done by non conservative forces Calculating potential energy Mechanical energy and energy conservation Work done by non-conservative forces Conservation of total energy		Sami Mahmood
Lezione n. 10: Systems of particles - part 1 Lesson contents The center of mass The center of mass of a system of particles The center of mass of rigid bodies		Sami Mahmood
Lezione n. 11: Systems of particles - part 2 Lesson contents The center of mass - Symmetry considerations Newton’s second law for a system of particles Linear momentum		Sami Mahmood
Lezione n. 12: Systems of particles - part 3 Lesson contents Linear momentum Conservation of linear momentum Collisions Collisions - Impulse Collisions - Conservation of momentum Elastic collisions: Conservation of energy Inelastic collisions Elastic collision in one dimension		Sami Mahmood
Lezione n. 13: Systems of particles - part 4 Lesson contents Solving the problem of one dimensional elastic collision Inelastic collisions in one dimension Completely inelastic collisions Collisions in two dimensions		Sami Mahmood
Lezione n. 14: Mechanics of rigid body - part 1 Lesson contents Motion of a rigid body Kinematics of a rigid body Angular position Angular displacement and angular velocity Angular acceleration Rotation with constant angular acceleration		Sami Mahmood
Lezione n. 15: Mechanics of rigid body - part 2 Lesson contents Relations between linear and angular variables Kinetic energy of rotation Moment of inertia Dynamics of a rigid body Parallel axis theorem Torque		Sami Mahmood
Lezione n. 16: Mechanics of rigid body - part 3 Lesson contents Torque Newton’s second law of rotation Work and rotational kinetic energy Angular momentum Conservation of angular momentum		Sami Mahmood
Lezione n. 17: Elements of fluid mechanics - part 1 Lesson contents Fluids Density and pressure Fluids at rest Measuring pressure		Sami Mahmood
Lezione n. 18: Elements of fluid mechanics - part 2 Lesson contents Pascal’s principle Archimedes’ principle Ideal fluids in motion The equation of continuity Bernoulli’s equation		Sami Mahmood
Lezione n. 19: Thermodynamics - part 1 Lesson contents Thermodynamic Systems and Transformations Temperature The zeroth law of thermodynamics Thermodynamic Systems: Heat Temperature and heat Units of heat Heat capacity		Sami Mahmood
Lezione n. 20: Thermodynamics - part 2 Lesson contents Heat capacity and specific heat Heat of transformation Heat and work		Sami Mahmood
Lezione n. 21: Thermodynamics - part 3 Lesson contents First law of thermodynamics Special cases of the first law of thermodynamics Types of thermodynamic processes: Adiabatic and Isochoric processes		Sami Mahmood
Lezione n. 22: Thermodynamics - part 4 Lesson contents Thermodynamic processes: Isobaric process Thermodynamics of boiling water Thermodynamic processes: Isothermal process Ideal gasses Isothermal expansion of an ideal gas The internal energy of an ideal gas Molar specific heats of an ideal gas		Sami Mahmood
Lezione n. 23: Thermodynamics - part 5 Lesson contents Adiabatic expansion of an ideal gas Free expansion Principles of thermodynamics and heat engines Entropy Change in Entropy of a free expansion of an ideal gas Entropy Postulate modified		Sami Mahmood
Lezione n. 24: Thermodynamics - part 6 Lesson contents Second law of thermodynamics Heat engines Carnot Engine Carnot Cycle Efficiency of a Carnot Engine Perfect engine Stirling Engine		Sami Mahmood
Lezione n. 25: Thermodynamics - part 7 Lesson contents Refrigerators Example on heat engines		Sami Mahmood
Lezione n. 26: Electrostatics Introduction Electrostatic Charges Charge Quantization Conservation of Charge Distribution of Charge Coulomb's Law Derivation of the Inverse Square Law		Sami Mahmood
Lezione n. 27: Electric Fields Lesson Content Introduction The Electric Field Electric Field Lines Electric Field of a Point Charge Electric Field of a Distribution of Charges Electric Field of an Electric Dipole Electric Dipole in an Electric Field		Sami Mahmood
Lezione n. 28: Gauss'Law and Applications Lesson Content Introduction Flux of an Electric Field Gauss’ Law Flux of a Point Charge Application of Gauss’ Law: Cylindrical Symmetry Application of Gauss’ Law: Planar Symmetry Application of Gauss’ Law: Spherical Symmetry Differential Form of Gauss’ Law		Sami Mahmood
Lezione n. 29: Electric Potential Lesson Content Electrostatic Potential Energy Electrostatic Potential Relation Between the Electric Field and the Potential The Electric Dipole Equipotential Surfaces Poisson Equation Laplace’s Equation Applications		Sami Mahmood
Lezione n. 30: Capacitance and Electric Field Energy Lesson Content Introduction Capacitance Capacitance of a Single Conductor Parallel-Plate Capacitor Units of Capacitance Capacitors in Parallel Capacitors in Series Systems of Conductors Electric Field Energy		Sami Mahmood
Lezione n. 31: Dielectrics Lesson Content Introduction Polarization Electric Susceptibility Electric Displacement		Sami Mahmood
Lezione n. 32: Electric Current and Resistance (I) Lesson Content Introduction Electric Current Resistance Conduction Ohm’s Law Resistivity		Sami Mahmood
Lezione n. 33: Electric Current and Resistance (II) Lesson Content Resistance Calculation Non-uniform Conductor Two Concentric Cylinders Resistors in Series Resistors in Parallel Joule Effect		Sami Mahmood
Lezione n. 34: Electric Circuits Lesson Content Introduction Electric Current Resistance Conduction Ohm’s Law Resistivity		Sami Mahmood
Lezione n. 35: Electric Circuits: Circuit Analysis (I) Lesson Content Resistance Calculation Non-uniform Conductor Two Concentric Cylinders Resistors in Series Resistors in Parallel Joule Effect		Sami Mahmood
Lezione n. 36: Electric Circuits: Circuit Analysis (II) Lesson Content Thévenin’s Theorem Theory of Maximum Power Transfer Unbalanced Wheatstone Bridge Norton’s Theorem Applications Superposition Theorem		Sami Mahmood
Lezione n. 37: Magnetic Fields Lesson Content Introduction Magnetic Field in Vacuum Magnetic Force on a Moving Charge Lorentz Force Hall Effect Magnetic Field Lines Magnetic Force on a Current Magnetic Force and Torque on a Current Loop		Sami Mahmood
Lezione n. 38: Magnetic Fields Due to Currents (I) Lesson Content Introduction Forces Between Two Currents Laplace Force Law Biot-Savart Law Applications of Biot-Savart Law The Divergence of The Magnetic Induction		Sami Mahmood
Lezione n. 39: Magnetic Fields Due to Currents (II) Lesson Content Introduction Ampere’s Law Applications of Ampere’s Law Forces Between Two Parallel Wires Differential Form of Ampere’s Law The Vector Potential The Magnetic Flux Gauge Invariance		Sami Mahmood
Lezione n. 40: Electromagnetic Introduction Lesson Content Introduction Experimental Approach Faraday’s Law Lenz’s Law Induction and Energy Transfer		Sami Mahmood
Lezione n. 41: Inductance Lesson Content Introduction Self-Inductance Self-inductance of a long solenoid Self-inductance of a toroid Mutual Inductance Two Coaxial Solenoids Energy of a Magnetic Field		Sami Mahmood
Lezione n. 42: Maxwell's Equations Lesson Content Electromagnetic Equations - static case Electromagnetic Equations - dynamic case Displacement Current Maxwell’s Equations in Vacuum Gauge Invariance Lorentz Gauge		Sami Mahmood
Lezione n. 43: Electromagnetic Energy - Poynting Vector Lesson Content Introduction Electromagnetic Energy Poynting Vector Examples		Sami Mahmood
Lezione n. 44: Geometrical Optics: Reflection and Refraction Lesson Content Introduction Light Rays and Rectilinear Propagation Superposition Principle Theoretical Basis of Geometrical Optics Light Speed of Light Index of Refraction Fermat’s Principle Law of Reflection Law of Refraction Fermat’s Principle: Reflection Fermat’s Principle: Refraction Image Construction		Sami Mahmood
Lezione n. 45: Geometrical Optics: Spherical Surfaces Lesson Content Reflection from a Spherical Surface Concave Mirror Convex Mirror Sign convention Mirror Equation Image Construction Refraction at a Spherical Surface Convex Surface Concave Surface Refracting surface equation Lateral Magnification		Sami Mahmood
Lezione n. 46: Geometrical Optics: Lenses and Optical Instruments Lesson Content Introduction Prisms Lenses Types of lenses Thin Lens Approximation Compound Lenses Magnifiers and Microscopes The Telescope The Camera		Sami Mahmood
Lezione n. 47: Didactic materials related to the entire course

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Physics (new version)

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Ingegneria Gestionale (Anno Accademico 2018/2019) - Indirizzo produzione

Physics (new version)

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