Physics II

Physics and Mathematics of secondary education.

Theoretical-practical classes, in which concepts are initially explained and then understanding is tested through problem solving.

It is intended that the student acquire skills in the following areas of Physics:
– Electrostatics
– Electrokinetics
– Electromagnetism
– Optics
– Thermodynamics
-Radiation

Electric field and potential
Direct and alternating current
Resistance, Capacitance, Inductance and Impedance
Ohm’s law
Joule effect and Electric power
Kirchhoff’s laws
Magnetic field and Magnetic force
Electromagnetic induction.
Faraday’s Law and Lenz’s Law
Transformers
Generators Electromagnetic waves
Characterization, Energy and Polarization

Optics:
Reflection, refraction, diffusion, dispersion and diffraction
Mirrors and lenses
Optical instruments

Thermodynamics:
Temperature and Heat
Heat transfer
Thermal properties
Laws of Thermodynamics

Radiation:
Radiation emission
Law of radioactive decay

• - Exam - 100.0%

• - Frequency - 75.0%
• - Mini Tests - 25.0%

NAO

 CUTNELL, J. e K. JOHNSON – Physics. 4th edition. New York, John Wiley & Sons Inc. 1998.
YOUNG, H. e R. FREEDMAN – Física II- Termodinâmica e Ondas. 1ª edição, São Paulo, Pearson/Wesley. 2003.

YOUNG, H. e R. FREEDMAN – Física III- Eletromagnetismo. 1ª edição, São Paulo, Pearson/Wesley. 2003.
YOUNG, H. e R. FREEDMAN – Física IV- Ótica e Física Moderna. 1ª edição, São Paulo, Pearson/Wesley. 2003.
TIPLER, P. – Física. 3ª edição, Vol. 1, 2 e 3. Rio de Janeiro, Livros Técnicos e Científicos Editora S.A. 1995.
DEUS, J.; M. PIMENTA, A. NORONHA, T. PENA, P. BROGUEIRA – Introdução à Física. Lisboa, McGrawHill. 1998.
ÍNDIAS, M. – Curso de Física. Vol I e II. Lisboa, McGrawHill. 1992.
RAMALHO, F.; G. F. NICOLAU, P.A. TOLEDO – Os Fundamentos da Física. 6ª edição, Vol. 2 e 3. São Paulo, Editora Moderna. 1997.
EWEN, DALE; SCHURTER, NEILL; GUNDERSEN, P. ERIK –  Applied Physics, 10ª Edition, Prentice Hall, 2012.