The characteristic function of the Cauchy distribution
Math with Ming
The characteristic function of the Cauchy distribution
16:38
Cauchy distribution as a ratio of Gaussians
Math with Ming
Cauchy distribution as a ratio of Gaussians
9:19
Math with Ming is live!
Math with Ming
Math with Ming is live!
30:35
The Math of Speeding. Why is it so Bad?
Math with Ming
The Math of Speeding. Why is it so Bad?
12:12
Insane French calculus book, and on the human origin of mathematics
Math with Ming
Insane French calculus book, and on the human origin of mathematics
15:36
The Tragedy of Multiple Choices
Math with Ming
The Tragedy of Multiple Choices
12:27
Air Drag via Dimension Analysis
Math with Ming
Air Drag via Dimension Analysis
16:38
Estimating North Korea's Missile Capability
Math with Ming
Estimating North Korea's Missile Capability
16:56
Proving the Inverse Function Theorem (1D)
Math with Ming
Proving the Inverse Function Theorem (1D)
16:22
Proving (ln y)' =1/y From Scratch
Math with Ming
Proving (ln y)' =1/y From Scratch
15:11
Newton's Method for Systems of Equations
Math with Ming
Newton's Method for Systems of Equations
20:53
Dimension Analysis with Buckingham Pi Theorem
Math with Ming
Dimension Analysis with Buckingham Pi Theorem
19:56
How to Win a Trade War (A Canadian Perspective)
Math with Ming
How to Win a Trade War (A Canadian Perspective)
10:12
Milton Friedman on Trade (follow-up on why tariffs suck)
Math with Ming
Milton Friedman on Trade (follow-up on why tariffs suck)
7:31
Humanity Ends Next Year?! (The Math of Doomsday)
Math with Ming
Humanity Ends Next Year?! (The Math of Doomsday)
18:07
Freefalling from Space
Math with Ming
Freefalling from Space
13:24
How Tariffs Impoverish (almost) Everyone
Math with Ming
How Tariffs Impoverish (almost) Everyone
12:58
Defining Complex Numbers (Mod. 1, course on applied complex variables)
Math with Ming
Defining Complex Numbers (Mod. 1, course on applied complex variables)
20:18
A Delicious Two Pie Problem (Pi Day Special Episode)
Math with Ming
A Delicious Two Pie Problem (Pi Day Special Episode)
11:35
Course Announcement: Applied Complex Variables
Math with Ming
Course Announcement: Applied Complex Variables
6:26
Learn probability theory and martingales from this book
Math with Ming
Learn probability theory and martingales from this book
8:00
Game Theory and Politics (Rant Warning)
Math with Ming
Game Theory and Politics (Rant Warning)
7:06
The Math of Ballistic Missiles
Math with Ming
The Math of Ballistic Missiles
17:31
Newton's Shell Theorem (part 2)
Math with Ming
Newton's Shell Theorem (part 2)
5:35
Newton's Shell Theorem (part 1)
Math with Ming
Newton's Shell Theorem (part 1)
7:40
The Most Important Work on Probability Theory
Math with Ming
The Most Important Work on Probability Theory
7:14
Why Learn "Useless" Math?
Math with Ming
Why Learn "Useless" Math?
11:55
The Meaning of Confidence Intervals
Math with Ming
The Meaning of Confidence Intervals
14:54
The Geometry of Kepler's Problem
Math with Ming
The Geometry of Kepler's Problem
11:58
Kepler's Problem
Math with Ming
Kepler's Problem
10:40
Proving sin(n) diverges
Math with Ming
Proving sin(n) diverges
3:45
Trivial or Deep?
Math with Ming
Trivial or Deep?
4:58
Three Faces of Calculus (a road map)
Math with Ming
Three Faces of Calculus (a road map)
11:45
How Proofs are Actually Written (example: limits of sequences)
Math with Ming
How Proofs are Actually Written (example: limits of sequences)
14:55
The greatest tragedy of German mathematics
Math with Ming
The greatest tragedy of German mathematics
9:28
How to read ANY proof (detailed steps)
Math with Ming
How to read ANY proof (detailed steps)
10:48
Math needed for Quantum Mechanics #maths #physics
Math with Ming
Math needed for Quantum Mechanics #maths #physics
0:34
How to pronounce hyperbolic functions (US version) #maths
Math with Ming
How to pronounce hyperbolic functions (US version) #maths
0:16
The main idea of Contraction Mapping Theorem #maths
Math with Ming
The main idea of Contraction Mapping Theorem #maths
0:41
Now THIS is mathematics
Math with Ming
Now THIS is mathematics
18:56
This is NOT mathematics
Math with Ming
This is NOT mathematics
4:55
Set Theory Proof Example: De Morgan's Law
Math with Ming
Set Theory Proof Example: De Morgan's Law
6:02
What is sound-ranging? #math #acoustic
Math with Ming
What is sound-ranging? #math #acoustic
0:42
Math Applied to Warfare (Sound-ranging)
Math with Ming
Math Applied to Warfare (Sound-ranging)
7:20
Why do “exercises for the reader” exist? #math #physics
Math with Ming
Why do “exercises for the reader” exist? #math #physics
0:34
Left as an Exercise for the Reader
Math with Ming
Left as an Exercise for the Reader
12:06
Why do shorter NBA players tends to have better FTP? #math #basketball
Math with Ming
Why do shorter NBA players tends to have better FTP? #math #basketball
0:37
Proved Mathematically: Shorter Players are Naturally Better Free Throwers
Math with Ming
Proved Mathematically: Shorter Players are Naturally Better Free Throwers
24:44
Coming up next on the channel! #math #physics
Math with Ming
Coming up next on the channel! #math #physics
0:27
Should Math Books Include Solutions? My Opinion
Math with Ming
Should Math Books Include Solutions? My Opinion
18:13
literally behind the scene of today’s video #math #cat
Math with Ming
literally behind the scene of today’s video #math #cat
0:13
The Secrets Behind the BEST Free Throws (Pt 2. Optimal Arcs)
Math with Ming
The Secrets Behind the BEST Free Throws (Pt 2. Optimal Arcs)
23:28
We Need to Talk about Proofs (Rant)
Math with Ming
We Need to Talk about Proofs (Rant)
12:58
How to Approximate Square Roots (Heron's Method)
Math with Ming
How to Approximate Square Roots (Heron's Method)
15:57
Why is "P implies Q" true when P is false? Explained
Math with Ming
Why is "P implies Q" true when P is false? Explained
10:52
What does √2 = 1.41421... REALLY mean?
Math with Ming
What does √2 = 1.41421... REALLY mean?
19:57
The Secrets Behind the BEST Free Throws (Pt 1. main findings)
Math with Ming
The Secrets Behind the BEST Free Throws (Pt 1. main findings)
8:55
Projectile in Vacuum (classical mechanics walkthrough series)
Math with Ming
Projectile in Vacuum (classical mechanics walkthrough series)
17:33
Velocity and Acceleration in Polar Coordinates (classical mechanics walkthrough series)
Math with Ming
Velocity and Acceleration in Polar Coordinates (classical mechanics walkthrough series)
10:44
Introduction to Perturbation Methods (moving target problem revisited)
Math with Ming
Introduction to Perturbation Methods (moving target problem revisited)
11:40
Vector Functions (classical mechanics walkthrough series)
Math with Ming
Vector Functions (classical mechanics walkthrough series)
16:28
Calculating Moving Target Lead (application of trigonometry)
Math with Ming
Calculating Moving Target Lead (application of trigonometry)
21:29
Vector Algebra (classical mechanics walkthrough series)
Math with Ming
Vector Algebra (classical mechanics walkthrough series)
42:17