Amit Sir Help

[vandita24x7]

Here are some questions, I want to be sure of the answers

[Amit Goyal]

The problem is very easy. All you need is to find conditions under which excess demand is 0 in different situations.
3 (a)
4 (d)
5 (b)
6 (b)
7 (b)

[vandita24x7]

Sir firstly, if all i need to find is conditions under which excess demand is 0 in different situations, then what is the differnce between the questions...find positive equilibrium and find "unique" positive equilibrium?? Sir in this context please give your answer for question 4 where u chose None of the above, and please explain how you got the conditions for question 5. ( Here why Beta 2 has to be positive sir?)

The first order linear differntial equation I got is.. dP/dT - B2P = B1       (B2= Beta 2 , B1 = Beta1)

So sir to solve this differntial equation, is it not that B2 should always be negative ??

On Mon, Apr 14, 2014 at 6:55 PM, Amit Goyal [via Discussion forum] <[hidden email]> wrote:

The problem is very easy. All you need is find conditions under which excess demand is 0 in different situations.
3 (a)
4 (d)
5 (b)
6 (b)
7 (b)

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NAML

[vandita24x7]

Amit Sir, Please reply...

On Mon, Apr 14, 2014 at 10:13 PM, vandita mishra <[hidden email]> wrote:

Sir firstly, if all i need to find is conditions under which excess demand is 0 in different situations, then what is the differnce between the questions...find positive equilibrium and find "unique" positive equilibrium?? Sir in this context please give your answer for question 4 where u chose None of the above, and please explain how you got the conditions for question 5. ( Here why Beta 2 has to be positive sir?)

The first order linear differntial equation I got is.. dP/dT - B2P = B1       (B2= Beta 2 , B1 = Beta1)

So sir to solve this differntial equation, is it not that B2 should always be negative ??

On Mon, Apr 14, 2014 at 6:55 PM, Amit Goyal [via Discussion forum] <[hidden email]> wrote:

The problem is very easy. All you need is find conditions under which excess demand is 0 in different situations.
3 (a)
4 (d)
5 (b)
6 (b)
7 (b)

---

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http://discussion-forum.2150183.n2.nabble.com/Amit-Sir-Help-tp7586871p7586884.html

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To unsubscribe from Discussion forum, click here.
NAML

[Amit Goyal]

To understand the question you must know the meaning of necessary and sufficient conditions. Rest is just plotting straight line, as per the data provided, to get the answer.