Solow Growth Model: A Second Numerical Example

I show how to solve for the steady state equilibrium in an economy characterized by: y = k^0.25, s = 0.20, d = 0.10.

[@cbrausch]

You are the man. You have cleared this up, and made this very simple for me! Thank you!!

[@evabrenda1619]

You made my understanding very simple.Thanks so much

[@AliRaza-fy1tx]

Well explained sir 👍
Plz sir tell me the book's writer name or source name were you get this example

[@SureshKumar-mh2yn]

Thank you so much sir really helpful this video🙏

[@EconomicsinManyLessons]

Glad to hear!

[@frankconte2457]

Another great video. Thank you. Can you recommend a site that gives one a good refresher on algebra for economists?

[@harrystephenson3629]

how come in this model y = c + i, but in the technological progress it is y = c - i?

[@sashanlinton3904]

THANK YOU SO MUCH!!!!!

[@parisobel601]

Thank you thank you

[@abdulpasha3898]

Sir please solve this question-🙏🙏
For a production function Y=K^1/2 L^1/2, and
Saving rate=0.4 and
Depreciation = 0.2.
What is the steady-state level capital stock per worker will be ???

[@Roberto-qw4bo]

I don't get it. Sad face

[@JohnDoe-kr9zh]

Roberto you should go back to the visualization examples on youtube to get a better understanding of the curves then come back and rewatch. also its good to go over and know the assumptions being made in the model [closed economy].