# Master the Fundamentals of Mechanics through Problem-Solving

Improve on your Mechanics fundamentals by solving problems!

Dear students,

What you’ll learn

• Kinematics Problem-Solving skills.
• Kinematics Equations Problem Solving.
• How to solve problems involving projectile motion.
• Newton’s Laws of Motion Problem Solving.
• Momentum and Impulse Problem Solving.
• Dynamics Problem-Solving skills.
• Hooke’s Law and Elastic Potential Energy Problem Solving.
• Pressure and Upthrust Problem Solving.
• Equilibrium of Forces (Translational and Rotational) Problem Solving.
• Forces Problem-Solving skills.
• Energy and Work Done Problem Solving.
• Power and Efficiency Problem Solving.
• Work, Energy and Power Problem-Solving skills.
• Uniform Vertical Circular Motion Problem Solving.
• Centripetal Acceleration and Forces Problem Solving.
• Circular Motion Problem-Solving skills.

Course Content

• Kinematics –> 6 lectures • 45min.
• Dynamics –> 7 lectures • 47min.
• Forces –> 5 lectures • 32min.
• Work, Energy and Power –> 7 lectures • 51min.
• Circular Motion –> 5 lectures • 35min.
• Concluding Quiz –> 1 lecture • 1min. Requirements

Dear students,

Welcome to this course “Master the Fundamentals of Mechanics through Problem-Solving”!

This course is designed specially for students who are: doing college-level physics, taking their IGCSE/GCE A level Physics, the IB HL/SL Physics examinations or simply anyone who is interested to learn the basics of Mechanics.

At the end of the course, and depending on which exams you are taking, you will learn most/all of the following:

• Kinematics (Speed, Velocity, Acceleration, Distance and Displacement)
• Kinematics (Velocity-Time Graph and Displacement-Time Graph)
• Kinematics Equations
• Kinematics Projectile Motion
• Kinematics Problem-Solving
• Dynamics (Impulse and Momentum)
• Dynamics (Newton’s Laws of Motion)
• Dynamics Problem-Solving
• Forces (Elastic Force and Hooke’s Law)
• Forces (Pressure and Upthrust)
• Equilibrium of Forces
• Forces Problem-Solving
• Work Energy Power (Work Done by a Force)
• Work Energy Power (Energy-Work Theorem)
• Work Energy Power (Force and Potential Energy)
• Work Energy Power (Conservation of Energy)
• Work Energy Power (Power and Efficiency)
• Work Energy Power Problem-Solving
• Circular Motion (Angular Velocity and Linear Velocity)
• Circular Motion (Centripetal Acceleration and Force)
• Circular Motion (Non-Uniform Vertical Circular Motion)
• Circular Motion Problem-Solving

Along the way, there will be ample practice questions and quizzes for you to get familiarized with the concepts relating to mechanics. I will also add bonus lectures in the near future to further enhance your understanding of the topics and problem-solving techniques. If you encounter any problems, please do not hesitate to contact me for more clarifications.

I hope that you will find this course useful in your academic pursuit. Enjoy the course! Cheers!

Dr Ling, PhD

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