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This General Physics course provides a comprehensive foundation in key physics concepts essential for all academic curricula. Designed to build a strong understanding across various domains, this course equips students with the knowledge and problem-solving skills needed for advanced studies and real-world applications.
The course covers the following major domains:
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Mechanics
Explore the principles of motion, including translational and rotational dynamics, as well as the fundamentals of fluid mechanics.
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Waves and Optics
Understand the nature of oscillations, mechanical and electromagnetic waves, and delve into optics, covering both geometric and physical optics.
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Thermal Physics and Thermodynamics
Gain insights into thermal physics concepts, heat transfer, and the laws governing thermodynamic systems and processes.
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Electricity and Magnetism
Learn about the behavior of electric charges, electric and magnetic fields, and the fundamentals of electromagnetism.
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Modern Physics
Discover groundbreaking developments in physics, including the theory of relativity, quantum mechanics, and their implications in modern science and technology.
This course is designed for students seeking a thorough understanding of physics principles that are universally applicable across various educational standards and curriculums.
Master the Fundamentals of Physics Efficiently!
What is Taught in the Course ?
Selected Lessons from various physics domains that are needed in all curriculums.
Welcome to the Emsat Physics Mini Course
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Part 1: Foundations of Physics
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Part 2: Mechanics
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- Lesson Goals
- Displacement (12:09)
- Speed and Velocity (9:55)
- Acceleration (17:54)
- Motion with Constant Velocity (8:14)
- Equations of Kinematics for Constant Acceleration (12:37)
- Freely Falling Bodies (22:31)
- Graphical Analysis of Velocity and Acceleration (11:20)
- Projectile Motion (21:34)
- Forces and Equilibrium (10:44)
- Newton’s Laws of Motion 1st , 2nd , 3rd (21:42)
- The Gravitational Force (5:47)
- Force of Friction (28:19)
- Uniform Circular Motion (Centripetal Acceleration and Force) (7:00)
- The Principle of Conservation of Linear Momentum (25:13)
- Collisions in One Dimension (20:08)
- Collisions in Two Dimensions (32:15)
- Class Discussion
Part 3: Energy
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Part 4: Electricity
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Part 5: Magnetism
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Part 6: Waves and Modern Physics
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- Lesson Goals
- Nature of Waves & Periodic Waves (30:58)
- The Nature of Waves and Their Properties (16:54)
- Reflection and Refraction of Waves (13:30)
- The Principle of Linear Superposition (13:33)
- Sound Waves and Detection of Sound (8:31)
- Doppler Effect and The Speed of Sound (15:07)
- Light & The Nature of Electromagnetic Waves (5:20)
- Speed of Light (2:12)
- Light Illuminance (20:11)
- Diffraction and Polarization of Light (13:32)
- Speed, Wavelength and Frequency of Light (11:46)
- Lenses,Refraction of Light, Snell's Law & Refractive Index (12:16)
- Total Internal Reflection (3:38)
- The Formation of Images by Lenses (13:14)
- Lens Equations (10:36)
- Lenses in Combination and Lenses Power (4:51)
- Photo-Electric Effect and Line Spectra (30:16)
- Compton effect (5:21)
- The Bohr Model of the Hydrogen Atom (39:38)
- The Quantum Mechanical Picture of the Hydrogen Atom (8:37)
- Nuclear Structure and Nuclear Forces (13:01)
- The Mass Defect of the Nucleus and Nuclear Binding Energy (20:32)
- Radioactivity (25:37)
- Class Discussion
Mini Course Conclusion and Next Steps!
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What's Next ?
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