The page you are reading is part of a draft (v2.0) of the "No bullshit guide to math and physics."
The text has since gone through many edits and is now available in print and electronic format. The current edition of the book is v4.0, which is a substantial improvement in terms of content and language (I hired a professional editor) from the draft version.
I'm leaving the old wiki content up for the time being, but I highly engourage you to check out the finished book. You can check out an extended preview here (PDF, 106 pages, 5MB).
Statistics
Statisticians learn to read the pattens in data and to draw conclusion about
Differential equations
Differential equations appear in many scientific contexts. For example, Newton's second law $\vec{F}=m\vec{a}$ tells us something about the second derivative of $x(t)$ and not about $x(t)$ directly.
I know this to be true from my experience as a private tutor: most students put off studying until the last week before the exam.
Not only will you be able to understand math and physics, but you will even become proficient in it. This efficiency accessible to everyone. because it contains lessons on all the prerequisites math you need to know in order to understand calculus and physics. Because of the compact size
Depending on your previous math experience you may or may not have t graphs and which are absolutely essential to the study of calculus, mechanics and science in general.
We will covers pre-calculus, calculus, mechanics and linear algebra.
Imagine taking a calculus book, a physics book and a linear algebra book and faithfully compressing them into a simple Not only that but the book is chill.