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• Test your understanding of everything listed below using Udemy quizzes and Assignment features (to truly master the concepts)
• 1. Explain what 1D motion is
• 2. Differentiate between distance & displacement, speed & velocity using very simple words
• 3. Calculate average values of speed and velocity (for particles moving in straight line) without having to memorise formulae
• 4. Differentiate, clearly, between average velocity and instantaneous velocity (Usually a topic of confusion)
• 5. Explain clearly what acceleration means (you will be able to explain why top speed isn't the only thing that matters in sports cars)
• 6. Calculate acceleration when velocities are changing without having to memorise formulae6.
• 7. Differentiate between uniform and non - uniform motion
• 8. Draw x-t, v-t and a-t graphs for various uniform and non-uniform motion. (Graphs will no longer look abstract)
• 9. Analyse x-t, v-t, and a-t graphs to extract informations about position, velocity and accelerations.
• 10. Derive the most important SUVAT equations from graphs and identify general strategy to solve any problem on uniformly accelerated motion.
• 11. Solve variety of numerical problems on uniformly accelerated motion using the SUVAT equations (Most important takeaway of this course)
• 12. Explain the concrete meaning of differentiation and integration to someone (The essence of calculus).
• 13. Figure out the rules of differentiation and integration logically (This is unique, as most introductory courses just state the rules of calculus without any logic or explanation)
• 14. Understand what position functions and velocity functions are
• 15. Using differentiation, calculate instantaneous speeds and accelerations for non uniform motion. (from position and velocity functions)
• 16. Using integrals, calculate area under curves, velocities and positions for non uniform motion.(from velocity functions)
• 17. Explain why differentiation represents slopes and integration, area under graphs.
• 18. Explain the characteristics of a projectile motion
• 19. Solve numerical problems on projectile motion.
• 20. Explain, intuitively, why velocity is a relative concept.
• 21. Understand what reference frames are.
• 22. Calculating velocity of an object from different reference frames mentally. (This skill is especially important for solving some tricky problems in physics)
• 23. Solve tedious looking problems with few steps by changing reference frames
• 24. Be ready to learn higher concepts of motion in 2 dimensions.