The Complete Emsat Physics Preparation Course
الدورة الكاملة للتحضير للامتحان امسات الفيزياء
Emsat Physics Test Description:
The EmSAT Physics test measures the student's proficiency in Physics and determines their readiness for college.
The EmSAT Physics test is based on the following Five Major Domains where grade 12 students should demonstrate proficiency in the following areas:
(1) Mechanics
This domain measures examinee understanding on Translational Motion, Rotational Motion and Fluids Mechanics.
(2) Waves and Optics
This domain measures examinee understanding of oscillations, waves (Mechanical waves and electromagnetic waves) and optics (geometric optics and physical optics)
(3) Thermal Physics and Thermodynamics
This domain measures examinee of understanding thermal physics concepts and quantities and thermodynamics systems, processes and laws.
(4) Electricity and Magnetism.
This domain measures examinee understanding of static and current electricity, magnetism and the interaction between electricity and magnetism (electromagnetism).
(5) Modern Physics.
This domain measures examinee understanding the concepts and the implications of the branch of physics that was developed in the early 20th century and onward such as the theory of relativity and quantum physics.
What is Taught in the Course ?
All of the Exam Requirements in a Single Course !
- 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)
- Self Assessment Quiz
- Class Discussion
- Lesson Goals
- Thermal Energy and Temperature (13:50)
- Common Temperature Scales (9:39)
- Heat and Temperature Change: Specific Heat Capacity (6:56)
- Heat Transfer (14:41)
- Latent Heat and Phase Change (12:58)
- 1st Law of Thermodynamics (13:24)
- Work Done by a Constant Force (11:38)
- The Work–Energy Theorem , Kinetic Energy & Potential Energy (31:47)
- Power (8:00)
- The Conservation of Mechanical Energy (19:35)
- Class Discussion
- Self Assessment Quiz
- Lesson Goals
- Nature of Waves and Periodic Waves (54:26)
- 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)
- The Formation of Images by a Plane Mirror (8:16)
- Spherical Mirrors (6:19)
- The Formation of Images by Spherical Mirrors (20:18)
- The Mirror Equation and the Magnification Equation (9:02)
- 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
- Self Assessment Quiz