Università Roma Tre

PHYSICAL. MEASURE OF A PHYSICAL SIZE. Experimental Physics and Theoretical Physics. ELEMENTS OF INFINITESIMAL ANALYSIS, CONCEPT FUNCTION ROLE IN PHYSICS. CONCEPT OF LIMIT AND DERIVATIVE. EXPERIMENTAL METHOD. READ AND FUNCTIONS. READ IN PHYSICAL REPRESENTATION OF A PLAN CARTESIAN. CARRIERS, IN ELEMENTARY ALGEBRA GEOMETRIC SHAPE. CARRIERS IN FORM CARTESIAN. GETTING IN SHAPE CARTESIAN. CONCEPT OF ERROR IN PHYSICS. TYPES OF ERROR. ELEMENTS OF THEORY OF SPREAD OF ERRORS. STATISTICAL SIGNIFICANCE OF THE LAWS OF PHYSICS. EXPERIMENTAL DATA BY LAW PHYSICS. CRITERIA Analysis Reliability OF LAW. DIMENSIONAL ANALYSIS, ROLE AND SIGNIFICANCE. ELEMENTS ANALYSIS DIMENSIONAL ALGEBRA.
LABORATORY: LENGTH, AREA, VOLUME, WEIGHT, WEIGHT DENSITY.
MECHANICS: ELEMENTS OF CINEMATIC POINT. ELEMENTS OF DYNAMICS. PRINCIPLES. SIMPLE APPLICATION OF THE LAW OF NEWTON. HARMONIC OSCILLATOR. ELEMENTS OF STATIC. CONCEPT OF BALANCE. MECHANICAL WORK. ENERGY POTENTIAL AND KINETIC. PRINCIPLE OF MECHANICAL ENERGY CONSERVATION. MOMENTUM. CONSERVATION OF MOMENTUM ..
LABORATORY: STRENGTH AND INTERACTION, STRENGTH AND BALANCE THE PRESSURE ENERGY.
Thermodynamics: CONCEPT OF TEMPERATURE. THERMODYNAMIC SYSTEM. GAS PERFECT ROLE. STATE Thermodynamic. VARIABLE STATE. CONCEPT OF TRANSFORMATION REVERSIBLE AND IRREVERSIBLE. Ideal gas law. Pressure volume diagram. TRANSFORMATION REVERSIBLE SPECIAL, isocoric, isobaric, isothermal, adiabatic. EXPERIENCE JOULE. WORK Thermodynamic. CONCEPT OF OPERATION OF STATE ROLE IN THERMODYNAMICS. FIRST LAW OF THERMODYNAMICS. THERMODYNAMIC CYCLE. SECOND PRINCIPLE OF THERMODYNAMICS, MEANING. THERMAL EFFICIENCY OF A MACHINE. CARNOT CYCLE AND ITS IMPORTANCE. ENTROPIA PHYSICAL AND ITS SIGNIFICANCE. THE CYCLE OF THE EQUATION CLAUSIUS Carnot.
LABORATORY: HEAT AND TEMPERATURE
ELECTROMAGNETISM: Electrostatic. COULOMB FORCE. CONCEPT OF ELECTRICITY. PRIMARY CIRCUITS. OHM LAWS AND KIRCHHOFF. MAGNETIC FIELD. RELATIONSHIP BETWEEN ELECTRICITY AND MAGNETIC FIELD. MAGNETIC FORCE. LAW OF AMPERE. LAW OF FARADAY INDUCTION ELECTROMAGNETIC. ELECTROMAGNETIC AND SPREAD.
IMPACTS ONDULATORI. MECHANICAL WAVES. ELECTROMAGNETIC WAVES. ELEMENTS OF GEOMETRIC OPTICS AND OPTICAL PHYSICS.
LABORATORY: ELECTRICITY, ELECTRICITY, MAGNETISM, LIGHT RAYS AND IMAGES.
Evolution of research in Physics Education. Current view in the teaching of physics. Evaluation of scientific expertise.

D. ALLASIA, V. MONTEL, G. RINAUDO, PHYSICS FOR TEACHERS, AND CORTINA, TORINO
Handouts provided by the Professor during the course.

PHYSICAL. MEASURE OF A PHYSICAL SIZE. Experimental Physics and Theoretical Physics. ELEMENTS OF INFINITESIMAL ANALYSIS, CONCEPT FUNCTION ROLE IN PHYSICS. CONCEPT OF LIMIT AND DERIVATIVE. EXPERIMENTAL METHOD. READ AND FUNCTIONS. READ IN PHYSICAL REPRESENTATION OF A PLAN CARTESIAN. CARRIERS, IN ELEMENTARY ALGEBRA GEOMETRIC SHAPE. CARRIERS IN FORM CARTESIAN. GETTING IN SHAPE CARTESIAN. CONCEPT OF ERROR IN PHYSICS. TYPES OF ERROR. ELEMENTS OF THEORY OF SPREAD OF ERRORS. STATISTICAL SIGNIFICANCE OF THE LAWS OF PHYSICS. EXPERIMENTAL DATA BY LAW PHYSICS. CRITERIA Analysis Reliability OF LAW. DIMENSIONAL ANALYSIS, ROLE AND SIGNIFICANCE. ELEMENTS ANALYSIS DIMENSIONAL ALGEBRA.
LABORATORY: LENGTH, AREA, VOLUME, WEIGHT, WEIGHT DENSITY.
MECHANICS: ELEMENTS OF CINEMATIC POINT. ELEMENTS OF DYNAMICS. PRINCIPLES. SIMPLE APPLICATION OF THE LAW OF NEWTON. HARMONIC OSCILLATOR. ELEMENTS OF STATIC. CONCEPT OF BALANCE. MECHANICAL WORK. ENERGY POTENTIAL AND KINETIC. PRINCIPLE OF MECHANICAL ENERGY CONSERVATION. MOMENTUM. CONSERVATION OF MOMENTUM ..
LABORATORY: STRENGTH AND INTERACTION, STRENGTH AND BALANCE THE PRESSURE ENERGY.
Thermodynamics: CONCEPT OF TEMPERATURE. THERMODYNAMIC SYSTEM. GAS PERFECT ROLE. STATE Thermodynamic. VARIABLE STATE. CONCEPT OF TRANSFORMATION REVERSIBLE AND IRREVERSIBLE. Ideal gas law. Pressure volume diagram. TRANSFORMATION REVERSIBLE SPECIAL, isocoric, isobaric, isothermal, adiabatic. EXPERIENCE JOULE. WORK Thermodynamic. CONCEPT OF OPERATION OF STATE ROLE IN THERMODYNAMICS. FIRST LAW OF THERMODYNAMICS. THERMODYNAMIC CYCLE. SECOND PRINCIPLE OF THERMODYNAMICS, MEANING. THERMAL EFFICIENCY OF A MACHINE. CARNOT CYCLE AND ITS IMPORTANCE. ENTROPIA PHYSICAL AND ITS SIGNIFICANCE. THE CYCLE OF THE EQUATION CLAUSIUS Carnot.
LABORATORY: HEAT AND TEMPERATURE
ELECTROMAGNETISM: Electrostatic. COULOMB FORCE. CONCEPT OF ELECTRICITY. PRIMARY CIRCUITS. OHM LAWS AND KIRCHHOFF. MAGNETIC FIELD. RELATIONSHIP BETWEEN ELECTRICITY AND MAGNETIC FIELD. MAGNETIC FORCE. LAW OF AMPERE. LAW OF FARADAY INDUCTION ELECTROMAGNETIC. ELECTROMAGNETIC AND SPREAD.
IMPACTS ONDULATORI. MECHANICAL WAVES. ELECTROMAGNETIC WAVES. ELEMENTS OF GEOMETRIC OPTICS AND OPTICAL PHYSICS.
LABORATORY: ELECTRICITY, ELECTRICITY, MAGNETISM, LIGHT RAYS AND IMAGES.
Evolution of research in Physics Education. Current view in the teaching of physics. Evaluation of scientific expertise.

D. ALLASIA, V. MONTEL, G. RINAUDO, PHYSICS FOR TEACHERS, AND CORTINA, TORINO
Handouts provided by the Professor during the course.

PHYSICAL. MEASURE OF A PHYSICAL SIZE. Experimental Physics and Theoretical Physics. ELEMENTS OF INFINITESIMAL ANALYSIS, CONCEPT FUNCTION ROLE IN PHYSICS. CONCEPT OF LIMIT AND DERIVATIVE. EXPERIMENTAL METHOD. READ AND FUNCTIONS. READ IN PHYSICAL REPRESENTATION OF A PLAN CARTESIAN. CARRIERS, IN ELEMENTARY ALGEBRA GEOMETRIC SHAPE. CARRIERS IN FORM CARTESIAN. GETTING IN SHAPE CARTESIAN. CONCEPT OF ERROR IN PHYSICS. TYPES OF ERROR. ELEMENTS OF THEORY OF SPREAD OF ERRORS. STATISTICAL SIGNIFICANCE OF THE LAWS OF PHYSICS. EXPERIMENTAL DATA BY LAW PHYSICS. CRITERIA Analysis Reliability OF LAW. DIMENSIONAL ANALYSIS, ROLE AND SIGNIFICANCE. ELEMENTS ANALYSIS DIMENSIONAL ALGEBRA.
LABORATORY: LENGTH, AREA, VOLUME, WEIGHT, WEIGHT DENSITY.
MECHANICS: ELEMENTS OF CINEMATIC POINT. ELEMENTS OF DYNAMICS. PRINCIPLES. SIMPLE APPLICATION OF THE LAW OF NEWTON. HARMONIC OSCILLATOR. ELEMENTS OF STATIC. CONCEPT OF BALANCE. MECHANICAL WORK. ENERGY POTENTIAL AND KINETIC. PRINCIPLE OF MECHANICAL ENERGY CONSERVATION. MOMENTUM. CONSERVATION OF MOMENTUM ..
LABORATORY: STRENGTH AND INTERACTION, STRENGTH AND BALANCE THE PRESSURE ENERGY.
Thermodynamics: CONCEPT OF TEMPERATURE. THERMODYNAMIC SYSTEM. GAS PERFECT ROLE. STATE Thermodynamic. VARIABLE STATE. CONCEPT OF TRANSFORMATION REVERSIBLE AND IRREVERSIBLE. Ideal gas law. Pressure volume diagram. TRANSFORMATION REVERSIBLE SPECIAL, isocoric, isobaric, isothermal, adiabatic. EXPERIENCE JOULE. WORK Thermodynamic. CONCEPT OF OPERATION OF STATE ROLE IN THERMODYNAMICS. FIRST LAW OF THERMODYNAMICS. THERMODYNAMIC CYCLE. SECOND PRINCIPLE OF THERMODYNAMICS, MEANING. THERMAL EFFICIENCY OF A MACHINE. CARNOT CYCLE AND ITS IMPORTANCE. ENTROPIA PHYSICAL AND ITS SIGNIFICANCE. THE CYCLE OF THE EQUATION CLAUSIUS Carnot.
LABORATORY: HEAT AND TEMPERATURE
ELECTROMAGNETISM: Electrostatic. COULOMB FORCE. CONCEPT OF ELECTRICITY. PRIMARY CIRCUITS. OHM LAWS AND KIRCHHOFF. MAGNETIC FIELD. RELATIONSHIP BETWEEN ELECTRICITY AND MAGNETIC FIELD. MAGNETIC FORCE. LAW OF AMPERE. LAW OF FARADAY INDUCTION ELECTROMAGNETIC. ELECTROMAGNETIC AND SPREAD.
IMPACTS ONDULATORI. MECHANICAL WAVES. ELECTROMAGNETIC WAVES. ELEMENTS OF GEOMETRIC OPTICS AND OPTICAL PHYSICS.
LABORATORY: ELECTRICITY, ELECTRICITY, MAGNETISM, LIGHT RAYS AND IMAGES.
Evolution of research in Physics Education. Current view in the teaching of physics. Evaluation of scientific expertise.

D. ALLASIA, V. MONTEL, G. RINAUDO, PHYSICS FOR TEACHERS, AND CORTINA, TORINO
Handouts provided by the Professor during the course.