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Introductory Physics for Aspiring Physicists
Rating: 4.7 out of 5(23 ratings)
887 students

Introductory Physics for Aspiring Physicists

Introduction to the field of physics for future physicists.
Created byEfe M. C.
Last updated 3/2023
English

What you'll learn

  • Utilising concepts of fundamental physics.
  • Comprehending conventional notation and formulation.
  • Learning about modelling the physical world using functions for speed, velocity and more.
  • Grasp the skill of converting units without a calculator.

Course content

1 section • 10 lectures • 49m total length

  • About the metric system5:05

    In this lecture, we have did an introduction to the field of physics by introducing the metric system.

  • Scientific notation9:56

    In this lecture, the scientific notation to write big or small numbers compactly was introduced.

  • More on significant digits and unit conversions3:21

    In this lecture, one of the most important conventions in physics was introduced, which is the significant digits. Then, how to do unit conversions was explained.

  • Kinematics3:18

    Scalars and vectors will be used to describe motion in this lecture.

  • Scalars and vectors2:57

    This lecture, we have introduced vectors and have discussed their difference with scalars.

  • Position time graphs1:48

    In this lecture, we learn about position-time graphs and naming conventions for graphs in general.

  • Velocity-time graphs3:42

    In this lecture, we have discussed velocity time graphs and how they differ from position-time graphs.

  • 5 equations of kinematics7:35
  • Gravity5:28
  • Forces5:56

    I specifically thank Mr. Dolan for his contributions by supplying me with uranium.

Requirements

  • No previous knowledge on physics is needed, although if present it still offers insight as it is not a physics course for beginner physics, it is to teach conventional notation, philosophy of physics and utilising it correctly.

Description

This course provides a thorough introduction to physics, its conventions, and its philosophy. It begins with an introduction to numerical calculations and the standard conventions used in physics. Throughout the course, understanding gradually expands as multiple areas of the discipline are explored.


The course covers:

• What physics is

• How physics is useful

• Conventions in the field

• The current state of physics

• Understanding mathematical formulations in physics

• And more


This series is part of the Semispecula project. A dark, eye-friendly animation style is used throughout, including animations and three-dimensional visualisations of key concepts.


The course is designed for learners with some prior exposure to physics, while still remaining beginner-friendly. As it progresses, the material becomes more advanced, which makes it suitable for learners at different levels. It begins with basic concepts such as speed, velocity, and graphs, then gradually moves towards the philosophy of physics and various subfields, with particular focus on quantum mechanics.


The course consists of short lectures that increase in complexity over time. One of its distinguishing features is its non-traditional approach to introducing physics. Rather than following a standard curriculum centred on accumulating formulae, the course emphasises conceptual understanding, philosophical foundations, and disciplinary conventions. It can be seen as a handbook for physicists, containing knowledge that remains useful throughout a person’s career.

Who this course is for:

  • Inspiring physicists
  • Physics majors
  • STEM students
  • Mathematics majors

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