The Great Mental Models Volume 3: Systems and Mathematics

£0.90

The much anticipated third installment in the Wall Street Journal Bestselling series ‘The Great Mental Models’. The secret to better decision-making is learning things that won’t change. Mastering a small number of versatile concepts with broad applicability enables you to rapidly grasp new areas, identify patterns, and understand how the world works. Don’t waste your time on knowledge with an expiry date – focus on the fundamentals. In part one, you’ll learn mental models from systems, helping you see unexpected connections and avoid costly mistakes. You’ll discover how these concepts govern the behaviors and interactions in your life. In part two, you’ll learn mental models from mathematics that reveal logical patterns in the world. This isn’t your high school math class. Mastering The Great Mental Models helps you thrive in an uncertain world. The right cognitive tools prepare you for any type of challenge. From parenting to healthy eating, relationships to personal productivity, and from learning to product design, this book will give you new lenses for understanding life.

Read more

Buy product
EAN: 2000000390093 SKU: B5391EED Category:

Additional information

Publisher

Latticework Publishing Inc. (12 Sept. 2021)

Language

English

File size

6059 KB

Simultaneous device usage

Unlimited

Text-to-Speech

Enabled

Screen Reader

Supported

Enhanced typesetting

Enabled

X-Ray

Enabled

Word Wise

Enabled

Sticky notes

On Kindle Scribe

Print length

364 pages

Average Rating

5.00

02
( 2 Reviews )
5 Star
100%
4 Star
0%
3 Star
0%
2 Star
0%
1 Star
0%

Only logged in customers who have purchased this product may leave a review.

2 Reviews For This Product

  1. 02

    by paul wilson

    So many different ways to attend. Thoroughly enjoyable way to learn so much in such a short time it takes to read.

  2. 02

    by Amazon Customer

    Nice book to make Charlie Munger’s great idea more accessible.

Main Menu

The Great Mental Models Volume 3: Systems and Mathematics