Solow Growth Model Part 3: The Golden Rule of Capital

preview_player
Показать описание
In this video I explore one way of finding the optimal steady state in a Solow growth model. Specifically, I show how to find the steady state that maximizes consumption per worker, by setting f'(k)=depreciation.

NOTE: f'(k)=MPk.
  1. Matt Birch
  2. saving
  3. depreciation
  4. birch
  5. economics
  6. Solow
Рекомендации по теме
Solow Growth Model 0:02:20

Solow Growth Model Part III: Increase in saving rate

Solow Growth Model 0:19:12

Solow Growth Model | Part 3 | Permanent Shocks | Intermediate Macroeconomics

Solow Growth Model 0:08:08

Solow Growth Model Part 3: The Golden Rule of Capital

Solow Growth Model 0:16:21

Solow Growth Model | Part 3 | Capital Accumulation Equation | 3 |

Solow Model - 0:14:40

Solow Model - Solow Diagram & Convergence (Part 3)

Solow Economic Growth 0:09:15

Solow Economic Growth Model Part 3

Solow Growth Model 0:06:05

Solow Growth Model || Steady State Growth || Exogenous Growth Model Part 3 || By Prof. Imtiaz Sair

The Solow Growth 0:11:31

The Solow Growth Model Part III: Population Growth and the Steady State

Growth in capital 0:10:50

Growth in capital stock and steady state SOLOw model part 3

Lecture VI: The 0:50:47

Lecture VI: The Solow Growth Model Part III

Solow Growth Model 0:17:14

Solow Growth Model | Part 4 | The Golden Rule | Intermediate Macroeconomics

Solow Model (Part-3): 0:10:50

Solow Model (Part-3): Growth in Capital Stock and Steady State

Solow Growth Model 0:04:18

Solow Growth Model Part II: How to Solve for Steady State

Solow Model Diagram 0:12:02

Solow Model Diagram - Adding Technology & Population Growth - Part 3 of 5

Solow Growth Model 0:05:00

Solow Growth Model Explained Part 3

Endogenous Growth Models 0:04:31

Endogenous Growth Models (Romer) Part 3/4: The Solow Model with Human Capital

Solow Growth Model 4:15:48

Solow Growth Model | Complete | All Topics | 4 hours |

Solow Growth Model 0:10:54

Solow Growth Model 3: Growth rates

Solow Model | 0:07:19

Solow Model | Part 3 | Steady State in Solow Model | Development Economics | Debraj Ray Ch 3 | 16 |

Solow Growth Model 0:20:24

Solow Growth Model with Technological Progress | Part 3 | Growth Effects | Level Effects | 10 |

Solow Growth Model: 0:02:20

Solow Growth Model: Problem with Population Growth

Solow Growth Model 0:18:06

Solow Growth Model | Part 1 | Model Intro & Solution | Intermediate Macroeconomics

Solow Growth Model 0:04:45

Solow Growth Model Part 4: Population Growth

Introduction to the 0:06:55

Introduction to the Solow Growth Model (ep. 1)

Комментарии
Автор

Bro your explanation on why it became 1/(2*k^(1/2)) helped me a lot since our professor didn't even explain why he did it. Most problems that students are experiencing are not realizing stuff and explanations like these helps a lot. Thanks.

meesathesithlord
Автор

A really good explanation. A lot of better than the explanation of my university lecture.
Thank you !

barbaram.
Автор

Assuming constant returns to scale and that the saving rate is a number between 0 and 1 - won't we always arrive at an golden state saving rate = 0, 5? as it maximizes consumption and investment

Skey