Fizik Elektrik ve Manyetizma (AYT Fizik / 11.Sınıf Fizik)

Master the concepts of electricity for the AYT (High School Entrance Exam) with this comprehensive course! This section of the 11th-grade curriculum frequently appears in the numerical section of the AYT, with a recent trend of 2-3 questions per exam.

Key Topics Covered:

• Elektriksel Kuvvet ve Özellikleri (Electrical Force and Properties): Understand the fundamental principles governing electrical forces.
• Noktasal Yüklere Etki Eden Elektriksel Kuvvet (Electric Force on Point Charges): Learn how electric forces act between individual charges.
• Elektrik Alan ve Özellikleri (Electric Field and Properties): Explore the concept of electric fields and their characteristics.
• Noktasal Yüklerin Elektrik Alanı (Electric Field of Point Charges): Delve into the electric field created by single point charges.
• Küresel Cisimlerin Elektrik Alanı (Electric Field of Spherical Bodies): Analyze the electric field around spherical conductors.
• Elektriksel Potansiyel Enerji (Electric Potential Energy): Grasp the concept of electric potential energy.
• Elektriksel Potansiyel ve Eş Potansiyel (Electric Potential and Equipotentials): Understand electric potential and equipotential surfaces.
• Elektriksel İş (Electric Work): Learn how work is done in electric fields.
• Paralel Levhalar (Parallel Plates): Study the behavior of electric fields between parallel plates.
• Paralel Levhalarda Yüklü Parçacıkların Hareketi (Motion of Charged Particles in Parallel Plates): Analyze the movement of charged particles in parallel plate capacitors.
• Paralel Levhalarda Yüklü Parçacıkların Enerjisi (Energy of Charged Particles in Parallel Plates): Understand the energy associated with charged particles in parallel plate capacitors.
• Sığaç ve Kullanım Alanları (Capacitors and Applications): Explore the functionality and diverse applications of capacitors.
• Sığaçların Yük Paylaşımı (Charge Sharing in Capacitors): Learn how charges distribute within a capacitor.
• Sığaçlarda Seri ve Paralel Bağlama (Series and Parallel Connection of Capacitors): Master the principles of connecting capacitors in series and parallel.
• Sığaçların Enerjisi (Energy of Capacitors): Calculate and understand the energy stored in capacitors.

Advanced Concepts:

The course extends to more complex topics, including:

• Akım Geçen Tellerin Oluşturduğu Manyetik Alan (Magnetic Field Created by Current-Carrying Wires)
• Akım Etkisindeki Selenoidin Manyetik Alanı (Magnetic Field of a Solenoid under Current)
• Tellere Etki Eden Manyetik Kuvvet (Magnetic Force on Wires)
• Akım Geçen Tellerin Birbirine Uyguladığı Kuvvet (Force Between Current-Carrying Wires)
• Dikdörtgen Tel Çerçeveye Etki Eden Tork (Torque on a Rectangular Wire Frame)
• Yüklü Parçacıkların Manyetik Alandaki Hareketi (Motion of Charged Particles in a Magnetic Field)
• Manyetik Alan Uygulamaları (Applications of Magnetic Fields)
• Manyetik Akı (Magnetic Flux)
• İndüksiyon Akımı ve EMK'sı (Induction Current and EMF)
• Lenz Yasası (Lenz's Law)
• Özindüksiyon Akımı (Self-Induction Current)
• İndüksiyon ve Özindüksiyon Uygulamaları (Applications of Induction and Self-Induction)
• Alternatif Akım ve Doğru Akım (Alternating Current and Direct Current)
• Alternatif Akımda Etkin Değer (RMS Value in AC)
• Alternatif Akımda Dirençli Devre (Resistive Circuit in AC)
• Alternatif Akımda Bobinli Devre (Inductive Circuit in AC)
• Alternatif Akımda Sığaçlı Devre (Capacitive Circuit in AC)
• Alternatif Akım RLC Devre Kombinasyonları (RLC Circuit Combinations in AC)
• Alternatif Akımda Empedans ve Rezonans (Impedance and Resonance in AC)
• Transformatörlerin Günlük Hayatta Kullanımı (Applications of Transformers in Daily Life)
• Transformatörler (Transformers)

Resources:

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