31. DIFFERENCE EQUATION |First order & Second Order| Mathematical Methods for Economics | Eco (Hons)

#mathematicaleconomics #differenceequation #first_order #second_order
Difference equation is a very important part of mathematical economics, one should have a keen knowledge when preparing for the competitive exams or for any entrance tests.
This video we try to explain each and every details of Difference Equation in extended form so that it is easier to understand and remember the concepts. In the first part of this video, we have covered the topic of Differential Equation and explained the crux.
Below is the link to the first part, you can find the video by clicking it.
• 27. DIFFERENTIAL EQUAT...
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[@priyankadas9239]

Keep it up Ma'am you are doing great. I was reading Alpha C Chiang and I got so confused. Thanks for helping. you made the concept so simple to understand.

[@economicspedia7096]

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[@shiningstars..1370]

You and your way of teaching both are beautiful ...😊
Thank you for this video ...🤗

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[@igwechukwudi5397]

Wow! This is great.
Thanks Ma.

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[@mehtabali6322]

Mam; So appreciated and glad to see this stuff explained in a pity much easier way, hope you will make videos for applications of economics using difference and differential equations , this is my research area as doing final project of bachelor degree . cheers
from Sukkur Sindh Pakistan

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@@economicspedia7096 yes , subscribed already , Happy to be with you

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@@mehtabali6322 Thank you very much.

[@virusalgebra33]

First of all, Thanks much for this lecture. Awsome vocal delivery with neat explanations. I got some valuable points. I would like to have a discussion on this topic. Can you, please?

[@economicspedia7096]

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[@virusalgebra33]

@@economicspedia7096 Thank you for your positive response.

[@sampritighosh7278]

Mam... What about stepped fluctuations in complex conjugate portion !? And for other two cases how will I find the time path as oscillatory or non oscillatory !!

[@economicspedia7096]

Hello Sampriti, very nice question. In one session it is not possible to explain everything although for complex conjugates time path we will discuss it soon. Keep watching Economics Pedia & subscribe for more sessions. Thank you!

[@augustinearkoturkson2198]

Hi, im very thankful for the clarity. I did be glad if the complex conjugate is further expanded from the last but one to the last equation for the CF. Thanks

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[@augustinearkoturkson2198]

@@economicspedia7096 Very well noted. You tutor with clarity. 👍

[@SachinKumarK-MC-]

Thank you ma'am very helpful

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[@pravin0878]

Mam your teaching style is too much awesome

[@economicspedia7096]

Keep watching

[@ashishjonny7943]

Ma'am can u please describe the derivative in last portion of complex conjugate

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[@basujaisee]

Ma'am I need to know the derivation of complex conjugates to the sin and cos simplification .

[@basujaisee]

As soon as possible .

[@jee2310]

Very good explanation.
Mam, kindly tell me that why we are taking the trial solution . Don't we take another trial solution? That means...is trial solution unique or not?

[@ramkishunvishkarma307]

Mam aap cobweb model ko explain kr degy

[@sankhadeepsengupta4337]

Thank you ma'am. Jo chiz chiang nhi samjha paya..clg tuition nhi samjhaya..woh aap samjha diya.😁❤️

[@irfanmustafa8782]

Hi Man's
How we can apply bifurcation on 5th order differences equation?

[@economicspedia7096]

Hello Irfan, we will be taking up a session on 5th order difference equations.
Keep watching Economics Pedia & subscribe for more sessions. Thank you!

[@roshandutta942]

Mam can you please explain how to derive the last complimentary equation

[@abdulwahabadam-f5n]

I want to know the condition for stability

[@ashwinkumarsonkar8810]

Wow mam thanks for uploading this please also cover other part like multivariable optimization , differential equations other part please mam

[@economicspedia7096]

Thank you Ashwin. Session on differential equation is already uploaded. Do take a look to that. Stay tuned to Economics Pedia for more update.

[@dillendrapokhrel4592]

Helpful ma'ma thank u

[@economicspedia7096]

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[@sethuahworld]

Please I would like to know the condition of stability

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[@AmritKumar-mp5mj]

Would you make a Harrod ,solow model mathematical interpretation....video

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[@claudetarcademfitemuhayesi8155]

the video was good but I have a question, how do you solve if A1+A2 equals negative 1???

[@economicspedia7096]

Hello Claudet, for any query contact us via email: [e-mail]. Thank you.

[@aniketbhattacharya9256]

Thanks a lot for the information.

[@economicspedia7096]

Glad it was helpful!

[@nickeykeshri8654]

Very helpful for my exams thank you mam

[@ishasahu6307]

Thank you so much ma'am.

[@anitamahli6703]

Hindi me v video bnayiye maam plz

[@priyankadoiphode5]

Plz do with some examples fr better understanding 😀

[@economicspedia7096]

Surely Priyanka, soon there will be sessions on numerical examples of these. Kindly stay tuned to Economics Pedia.

[@priyankadoiphode5]

@@economicspedia7096 yes mam .. waiting ❤️

[@pravin0878]

And mam your nail polish is too good

[@roshandutta942]

Im talking about complex conjugates equations

[@avantikas8017]

Mam need more vedios

[@abass2056]

Thank u Mam ☺️

[@akshyakhuntia1775]

Explain difference and differential equation by the help of integration method

[@sana6211]

mam Solve any questions of deference equation

[@MonikaSharma-bt1dz]

Thanks maam

[@ayushranjan8083]

Plz make more videos

[@mridukonch5494]

Solve the first difference equation Yt + 1 +3y t =10 and Y0 =20 . How can you solve a difference equations .

[@destawakele9607]

Thanks

[@rumitabiswas3076]

👌

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Bht bekaar ..Chiiiii