Akademik Dersler - İçerik

Explains the concepts with regard to the electric charge, electric field, and electrical potential.
Expresses the properties of electric charges.
Explains Coulomb' and Gauss' Laws.
Identifies the electrical field of point charges, charged insulators and conductors in electrostatic equilibrium under any condition.
Explains the concepts of electrical potential and potential difference.
Identifies the electrical potential difference according to the various charge distributions.
Analyses the capacitance, electric current, resistance, power, electrical energy and concepts realated to these.
Identifies the capacitance of capacitors in various geometrical structures.
Identifies the equivalent capacitance of the parallel and series combination of capacitors.
Explains the electromotive force.
Identifies the equivalent resistance of resistors in series and parallel.
Analyses the simple electric circuits using the Kirchhoff’s Rules.
Explains some concepts with regard to magnetism.
Expresses the properties of the magnetic field.
Identifies the magnetic force on a current carrying conductor.
Explains the motion of a charged particle in a magnetic field.
Defines Biot – Savart’s Law.
Defines Amper’s Law.
Explains the effects of the changing magnetic flux.
Expresses the concept of magnetic flux.
Explains Faraday’s Law.
Identifies the motional EMF induced in a conductor moving through a magnetic field.
Expresses Lenz’s Law.
Defines the concept of self- inductance.