What You Will Learn!
- Understand fundamental physics concepts and mathematical tools, with an emphasis on simplicity and clarity.
- Explore mechanics and dynamics, including translational and rotational motion, force, torque, and energy.
- Delve into the world of light, optics, and electromagnetism, uncovering the nature of light and its interactions with matter.
- Gain practical insights into key physics principles and their real-world applications.
Description
Welcome to the "Understanding Fundamental Principles in Physics" course, a comprehensive exploration of key concepts and principles that form the bedrock of the physical sciences. This course is designed to break down complex physics topics into simple, easy-to-understand explanations, making it accessible to learners of all levels.
Course Structure:
Module 1: Fundamental Laws of Physics Simplified (L1.1 - L1.4) Discover the fundamental laws of physics presented in straightforward terms. These lessons provide the foundation for your journey into the world of physics.
Module 2: Demystifying Sinusoidal Waves (L2.1 - L2.2) Delve into the basics of sinusoidal waves, with step-by-step explanations that help you grasp this essential concept.
Module 3: Decoding FTIR Spectra (L3.1) Uncover why FTIR spectra are plotted in cm⁻¹, and gain a simple understanding of this critical technique.
Module 4: Hilbert Space vs. Vector Space (L4.1) Explore the distinctions between Hilbert and vector spaces in clear and straightforward terms.
Module 5: Function Expansion Unveiled (L5.1 - L5.2) Learn why functions are expanded in series and understand the step-by-step process of expanding sine and cosine functions.
Module 6: Euler's Formula Demystified (L6.1 - L6.2) Discover Euler's formula in an easy-to-follow manner, allowing you to comprehend this mathematical gem.
Module 7: Translational and Rotational Motions Simplified (L7.1 - L7.2) Get a step-by-step explanation of translational and rotational motions, including linear and angular displacement, velocity, and acceleration.
Module 8: Understanding Force, Torque, Mass, and Moment of Inertia (L8.1 - L8.2) Differentiate between force and torque, mass, and moment of inertia while comprehending the concepts of linear and angular frequency.
Module 9: Demystifying Planck's Constant (L9.1) Explore the concept of Planck's constant and its differences from the h-bar, along with the step-by-step explanation of work and energy in linear and angular dynamics.
Module 10: Insight into Vector Products (L10.1 - L10.3) Understand the dot and cross-products of vectors through popular explanations and step-by-step guides.
Module 11: The Nature of Light and Color (L11.1 - L11.2) Unravel the mysteries of light and colors, including why we see colors and whether light behaves as a wave or a particle.
Module 12: Light Interaction with Matter (L12.1 - L12.2) Explore how light interacts with matter, including reflection and refraction, with a focus on the laws governing these phenomena.
Module 13: Delving into Light Phenomena (L13.1 - L13.3) Investigate why light bends and slows down in various media, with a special focus on dispersion and total internal reflection.
Module 14: Real-Life Examples (L14.1 - L16.3) Discover real-life examples of reflection, refraction, and dispersion of light in our daily lives.
Module 17: The Physical Interpretation of Refraction (L17.1 - L17.3) Uncover the physical interpretation of why light bends during refraction.
Module 18: Understanding Light's Speed in a Medium (L18.1) Learn the physical interpretation of why light slows down in a medium.
Module 19: Heisenberg Uncertainty Principle (L19.1) Explore the Heisenberg uncertainty principle and its implications, offering insight into the world of quantum physics.
Module 20: Electric Field of an Infinite Sheet of Charge (L20.1) Understand why the electric field of an infinite sheet of charge remains independent of distance.
Module 21: Conservative Fields (L21.1) Gain an understanding of conservative fields and forces in the world of physics.
Whether you're new to physics or seeking a refresher on these fundamental principles, this course will equip you with the knowledge and confidence to navigate the intriguing world of physics with ease.
Who Should Attend!
- This course appears to be designed for a broad range of learners who have an interest in physics and related fields. It may be suitable for:
- Students: Particularly those studying physics or related sciences at the undergraduate or graduate level, as the course content covers foundational physics topics.
- Enthusiasts: Individuals who have a general interest in physics and want to gain a better understanding of fundamental principles and concepts.
- Researchers: Those working in scientific research or engineering fields who wish to refresh or deepen their knowledge in areas covered by the course.
- Educators: Physics instructors who may find the course content useful for teaching or as supplementary material.