O-Level Physics

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About Course

Physics can be challenging, but with the right approach, it becomes an exciting and engaging subject. This course is designed to help O-Level students master key physics concepts, focusing on areas that learners often find difficult. Through simple explanations, real-life applications, and interactive lessons, students will gain a deeper understanding of physics in a fun and effective way.

The course begins with Modern Physics, an essential yet complex area, breaking it down into easy-to-grasp concepts. Taught by Coach Muwonge Ibrahim, an expert physics teacher at Ndejje Secondary School and Katikamu SDA Secondary School, this course ensures that students build confidence and clarity in their learning. Whether you’re preparing for exams or just want to strengthen your foundation in physics, this course is structured to help you succeed.

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What Will You Learn?

  • Mastery of Challenging Topics – Gain a deep understanding of difficult areas in physics, starting with Modern Physics.
  • Simplified and Engaging Learning – Physics concepts are broken down into easy-to-understand explanations with fun, real-life applications.
  • Expert Instruction – Learn from Coach Muwonge Ibrahim, a seasoned physics teacher with experience in making complex topics accessible.
  • Strong Exam Preparation – Build confidence with structured lessons that align with the O-Level curriculum, helping students perform better in exams.
  • Concept Retention and Application – Lessons emphasize not just memorization but true comprehension, allowing students to apply their knowledge effectively.
  • Flexible Learning – Access recorded lessons anytime, enabling students to learn at their own pace and revisit concepts as needed.
  • Problem-Solving Skills – Develop critical thinking and analytical skills that go beyond the classroom, preparing students for real-world applications of physics.

Course Content

MODERN PHYSICS

  • Introduction to modern physics
    00:00
  • Atomic models
    00:00
  • Structure of an Atom
    00:00
  • Terms Used in atomic models
    00:00
  • Isotopes
    00:00
  • Radioactivity
    00:00
  • Alpha Particles
    00:00
  • Alpha Decay
    00:00
  • Example of Alpha Decay
    00:00
  • Beta Particles
    00:00
  • Beta Decay
    00:00
  • Example of Beta Decay
    00:00
  • Gama Rays
    00:00
  • Example that involves Emission of more than one radiation
    00:00
  • Penetrating Power
    00:00
  • Behavior of radiation in an electric field
    00:00
  • Behavior of radiation in magnetic field
    00:00
  • Uses of Radioactivity
    00:00
  • Dangers of radiations
    00:00
  • Safety measures against radiations
    00:00
  • Background radiations
    00:00
  • Thermionic emissions & Cathode rays
    00:00
  • An experiment to show that cathode rays travel in a straight line.
    00:00
  • Introduction to X.rays
    00:00
  • Energy changes in an X.ray Tube
    00:00
  • Properties of X.rays
    00:00
  • Uses of X.rays
    00:00
  • Dangers of X.rays and safety precautions
    00:00
  • Photo Electric Emissions
    00:00
  • Nuclear Processes
    00:00
  • Use of Nuclear processes
    00:00
  • Half Life
    00:00
  • How to determine Half life part 1.
    00:00
  • How to determine half life Part 2.
    00:00
  • Example
    00:00
  • Half Life example with a graph
    00:00
  • How electricity is formed with Nuclear processes
    00:00

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