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Peasron Edexcel IAL – M1: Mechanics 1 (WME01/01) – Amer Al Belleh
- Course Duration: 15H 20M
From: 100,00 $ / month
Available courses
Amer Albelleh
High school physics teacher
Course Type |
Full Course |
---|---|
Program | |
Level |
IGCSE A-Level (A2) |
Subject |
Physics |
Course Curriculum
- General
- 1. Kinematics
- 1.1 Uniform Motion
- Questions on Uniform Motion: video 1
- Questions on Uniform Motion: video 2
- 1.2 Free Fall: video 1
- 1.2 Free Fall: video 2
- 1.3 Motion Graphs
- Past papers on Kinematics: video 1
- Past papers on Kinematics: video 2
- Past papers on Kinematics: video 3
- Past papers on Kinematics: video 4
- Momentum
- Momentum
- Questions on Momentum: video 1
- Questions on Momentum: video 2
- Moments
- Moment: video 1
- Moment: video 2
- Moment: video 3
- Questions on Moment: video 1
- Questions on Moment: video 2
- Forces
- Forces: video 1
- Forces: video 2
- I- Statics
- Questions on static forces: video 1
- Questions on static forces: video 2
- Questions on static forces: video 3
- Questions on static forces: video 4
- II- Dynamics
- Dynamic Forces
- Questions on Dynamic Forces: video 1
- Questions on Dynamic Forces: video 2
- Vectors
- Vectors: video 1
- Vectors: video 2
- Questions on vectors: video 1
- Questions on vectors: video 2
- Questions on vectors: video 3
About Course
Mechanics 1, a key component of the Edexcel curriculum designed to provide a rigorous introduction to the mathematical principles underlying classical mechanics. This course is specifically tailored for students who are looking to apply mathematical techniques to understand and analyze the physical world. Through a blend of theoretical exploration and practical problem-solving, you will develop a strong foundation in mechanics that is essential for advanced studies in mathematics, physics, and engineering, which leads to an A*
What you'll learn?
- Kinematics: Study the mathematical description of motion
in one dimension. Learn to use algebraic and graphical methods to analyze
displacement, velocity, and acceleration. Apply kinematic equations to solve
problems related to the motion of objects under various conditions. Then we
expand this to deal with vectors. - Dynamics: Explore the mathematical formulation of forces
and their effects on motion. Understand Newton’s laws of motion and apply them
to solve problems involving forces, mass, and acceleration. Develop skills in
constructing and solving equations of motion. - Momentum and Impulse: Learn about momentum as a vector
quantity and its conservation in collisions. Study impulse and its effect on
momentum, and solve problems related to collisions and explosions using
mathematical principles. - Moments: Examine the concept of moments and their role in
rotational equilibrium. Learn to calculate moments about a point and apply the
principle of moments to solve problems involving static equilibrium and forces
acting on objects in different configurations.
Material Includes
Winners Of The Month
- Alaa Alramahi
- Ismail Hazouri