The Logistic Equation
72K views · May 6, 2016 · Education
Comments · 47
@cassioalles5116 · 7 years ago
Gilbert Strang , The friendly professor!
22
@lm58142 · 1 year ago
The z = 1/y substitution works like a magic. It's so much more elegant than solving it via partial fraction decomposition. Prof Strang's lectures are a treasure!
1
@synapticmemoryseepage4447 · 1 year ago
I love that z=1/y linearization!
1
@xiaominsong · 3 years ago
This logistic equation is a great approximation of a start-up company's value's growth starting from joining a market to maturity or saturation state.
1
@PeteZam · 9 years ago
Great video again. I love how you break down and dissect everything, and you do an amazing job of making it easy to follow. These videos have been extremely helpful.
13
@pedroalbuquerque4575 · 2 years ago
Coming from the ML area, it's nice to hear about the regression equation and the sigmoid function in another context.
1
@piyushmishra12a40 · 1 year ago
Thank you so much Professor Strang 🙏 and MIT 🙏
1
@Tony855C · 9 years ago
Where did you get that burgundy sweater. Must know.
13
@victor_welch · 5 years ago
Nothing more comfortable than watching this stuff.
@Kori114 · 9 years ago
Awesome lecture. I really liked the discussion of the solution.
9
@abdrrahimkhouya6660 · 7 years ago
Thank you sir for this lecture
11
@wizdomseeker12 · 4 years ago (edited)
OMG! I'm a big fan of Gilbert Strang! I discovered him at college reading Linear Algebra and Its Applicatios. Immediately I knew I was in front of something different. The way he explains is of such a high quality, so natural. Here, in Argentina, the young ones would say "tiene flow!" haha. Now I just discovered this in YouTube and is the first time I actually see him "in person". Thank you VERY much professor Gilbert Strang for your amazing books 🙏❤️. And thank you for this video also!
6
Up next

The Stability and Instability of Steady States
MIT OpenCourseWare · 83K views

Electrical Networks: Voltages and Currents
MIT OpenCourseWare · 94K views

Laplace Transform: First Order Equation
MIT OpenCourseWare · 434K views

The Sigmoid Function Clearly Explained
Power H · 161K views

This equation will change how you see the world (the logistic map)
Veritasium · 17M views

Linearization at Critical Points
MIT OpenCourseWare · 29K views

Step Function and Delta Function
MIT OpenCourseWare · 246K views

Claude Took On the Riemann Hypothesis. Here's What We Found
Ellie Sleightholm · 483K views

The Feigenbaum Constant (4.669) - Numberphile
Numberphile · 1.6M views

Powers of Matrices and Markov Matrices
MIT OpenCourseWare · 55K views

Laplace Transform: Second Order Equation
MIT OpenCourseWare · 85K views

Exponential Response – Possible Resonance
MIT OpenCourseWare · 21K views

Crowd Goes WILD as Hikaru TRAPS Magnus Carlsen’s Queen
GM CHESS LESSONS · 56K views

(1:2) Where the Laplace Transform comes from (Arthur Mattuck, MIT)
hamsterpoop · 506K views

Immanuel Kant's Philosophy - Bryan Magee & Geoffrey Warnock (1987)
Philosophy Overdose · 297K views

Nobody Explained Maxwell's Equations Like THIS!
Animated Physics · 532K views

The Professor Who Taught People How To Think (1962)
ABC Science and ABC Australia · 2.9M views

Differential Equations: Lecture 4.3 Homogeneous Linear Equations with Constant Coefficients
The Math Sorcerer · 46K views

Second Order Equations
MIT OpenCourseWare · 58K views