# Bases of applied physics (2015/2016)

Course code
4S02732
Name of lecturer
Federico Boschi
Coordinator
Federico Boschi
Number of ECTS credits allocated
6
FIS/07 - APPLIED PHYSICS
Language of instruction
Italian
Location
VERONA
Period
I semestre dal Oct 1, 2015 al Jan 29, 2016.

#### Learning outcomes

Familiarization with the basic concepts of mechanics, fluid dynamics, thermodynamics, electrology and magnetism, and optics.

#### Syllabus

Physical quantities, vectors, exercises. Derivative of a function, calculation, examples and exercises. Fermat's theorem and Rolle’s theorem.

MECHANICS:
Position, displacement, various dimensional motion, rectilinear motion. Average speed and instantaneous speed. Exercises.
Acceleration, rectilinear motion uniformly accelerated. Exercises. Moto two-dimensional radial acceleration, tangential acceleration. Uniform circular motion. Exercises.
Motion of bodies. Projectile motion. Exercises. Laws of Motion (I, II, III). Momentum. Inertial mass. Weight. Exercises.
Inclined smooth. Pulley. Friction forces. Harmonic motion. Elastic force. Exercises. Work of a force. Kinetic energy. Kinetic energy theorem. Conservative forces. Potential energy.
Gravitational potential energy. Theorem of mechanical energy. Exercises
Conservation of momentum. Elastic collisions, inelastic, perfectly inelastic. Exercises. Law of universal gravitation. Power. Exercises.

FLUID DYNAMICS:
Pressure, density, specific gravity, the law of Stevin, hydraulic press, barometer Torricelli tube manometer open, Archimedes' principle. Exercises.
Ideal fluid, stationary bike, motorcycle not turbulent flow. Continuity equation. Venturi. Exercises. Theorem of Torricelli (tank). Applications. Exercises.
Stokes force. Friction in fluids.

THERMODYNAMICS:
Thermal expansion of solids and liquids (linear, surface, volume). Exercises. Contact thermal, thermal equilibrium, zero law of thermodynamics, gas thermometers, absolute temperature. Perfect gas. Ideal gas law. Exercises. Heat, internal energy, mechanical equivalent of heat, heat capacity, specific heat, latent heat. Exercises.
The law of thermodynamics. Work and heat in thermodynamic processes. The application of the principle. Cyclic transformations, free expansion, adiabatic transformations, isobaric, isochoric, isothermal.
The principle of thermodynamics (of Kelvin-Planck, Clausius, Kelvin). Heat engine, thermal efficiency. Exercises
Refrigerator, coefficient of performance. Exercises.

ELECTROLOGY – ELECTROMAGNETISM:
Electric charges. Law of conservation of charge. Insulators, conductors, electroscope. Coulomb force, electric field. Exercises. Potential energy, the electrostatic potential.
Lines and equipotential surfaces. Electrical capacity. Electricity generator. Electricity. Ohm's law, resistance and resistivity. Exercises. Electrical power, Joule effect. AC. DC circuits. Resistors in series and parallel. Exercises.
Magnetic poles, magnetic field strength. Force of electrical wire. Charge in a magnetic field, Lorentz force, Larmor radius. Magnetic field generated by an electrical wire. Field in a solenoid.
Forces acting between wires carrying current. Exercises. Electromagnetic waves (generation, spectrum, wavelengths).

OPTICS:
Principles of geometrical optics.
Reflection, laws of reflection, flat mirror. Concave spherical mirror, the law of conjugate points, fire objects, fire images, construction of images. Real images, virtual images. Linear magnification. Concave spherical mirrors. Exercises. Refraction, laws of refraction, refractive index absolute and relative. Diopter spherical diopter plan, examples.
Thin converging lenses, thin lenses divergent. Law of manufacturers of lenses. Construction of the images. Human eye: myopia and hyperopia.

#### Assessment methods and criteria

Written exam with to 10-15 exercises (open questions). About 2 hours.
No books or notes. Bring calculator and pen.