Consider a change in price that is accompanied by a change in wealth that returns the consumer to his original level of utility. That is, starting from prices p and wealth w, the consumer obtains exactly the same utility after the change to prices p' and wealth w' as he had before the change. (a) Express the wealth w' in terms of the original wealth w and either the compensating or equivalent variation of a change from prices p to p' keeping the wealth w fixed. Solution: Since CV = w' - w, we have w=w-CV. (b) Use your answer to part (a) to find, as a function of p, p', and w, the value of w' for a consumer with expenditure function e(p, u) = u² (2√PI + √P₂) ². If you are unable to answer part (a), you will get most of the points for this question if you calculate either the compensating or equivalent variation of a change in prices from p to p' (as a function of p, p', and w). Solution: From part (a), w' = w-CV = e(p', v(p, w)). Using the identity e(p, v(p, w)) = w, we obtain Therefore, v(p, w) = + 2√P1 + √P2 2 2 u^² = e(1², v(x,x)) = (2√ √5)² (2√rh + √5)². w e(p',v(p, P₂ √P1+ √P2,
Consider a change in price that is accompanied by a change in wealth that returns the consumer to his original level of utility. That is, starting from prices p and wealth w, the consumer obtains exactly the same utility after the change to prices p' and wealth w' as he had before the change. (a) Express the wealth w' in terms of the original wealth w and either the compensating or equivalent variation of a change from prices p to p' keeping the wealth w fixed. Solution: Since CV = w' - w, we have w=w-CV. (b) Use your answer to part (a) to find, as a function of p, p', and w, the value of w' for a consumer with expenditure function e(p, u) = u² (2√PI + √P₂) ². If you are unable to answer part (a), you will get most of the points for this question if you calculate either the compensating or equivalent variation of a change in prices from p to p' (as a function of p, p', and w). Solution: From part (a), w' = w-CV = e(p', v(p, w)). Using the identity e(p, v(p, w)) = w, we obtain Therefore, v(p, w) = + 2√P1 + √P2 2 2 u^² = e(1², v(x,x)) = (2√ √5)² (2√rh + √5)². w e(p',v(p, P₂ √P1+ √P2,
Chapter3: Preferences And Utility
Section: Chapter Questions
Problem 3.7P
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please teach explain step by step,
![Consider a change in price that is accompanied by a change in wealth that returns the
consumer to his original level of utility. That is, starting from prices p and wealth w, the
consumer obtains exactly the same utility after the change to prices p' and wealth w' as he
had before the change.
(a) Express the wealth w' in terms of the original wealth w and either the compensating
or equivalent variation of a change from prices p to p' keeping the wealth w fixed.
Solution: Since CV = w' - w, we have w' = w - CV.
(b)
Use your answer to part (a) to find, as a function of p, p', and w, the value of w' for
a consumer with expenditure function
e(p, u) = u² (2√√P₁+ √P₂) ².
If you are unable to answer part (a), you will get most of the points for this question if
you calculate either the compensating or equivalent variation of a change in prices from
p to p' (as a function of p, p', and w).
Solution: From part (a), w' = w-CV = e(p', v(p, w)). Using the identity e(p, v(p, w)) =
w, we obtain
Therefore,
v(p, w) =
2√P1+ √P2
2
w' = e(p', v(p, w)) =
=
· ( 2 √DY + √₂) ² (²√³¹² + √²₂) ².
P2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa7d1c47f-ebeb-4433-a23d-a68418d8e04e%2F67581fc8-eb3d-4325-a163-347688212089%2F1pgmi4p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider a change in price that is accompanied by a change in wealth that returns the
consumer to his original level of utility. That is, starting from prices p and wealth w, the
consumer obtains exactly the same utility after the change to prices p' and wealth w' as he
had before the change.
(a) Express the wealth w' in terms of the original wealth w and either the compensating
or equivalent variation of a change from prices p to p' keeping the wealth w fixed.
Solution: Since CV = w' - w, we have w' = w - CV.
(b)
Use your answer to part (a) to find, as a function of p, p', and w, the value of w' for
a consumer with expenditure function
e(p, u) = u² (2√√P₁+ √P₂) ².
If you are unable to answer part (a), you will get most of the points for this question if
you calculate either the compensating or equivalent variation of a change in prices from
p to p' (as a function of p, p', and w).
Solution: From part (a), w' = w-CV = e(p', v(p, w)). Using the identity e(p, v(p, w)) =
w, we obtain
Therefore,
v(p, w) =
2√P1+ √P2
2
w' = e(p', v(p, w)) =
=
· ( 2 √DY + √₂) ² (²√³¹² + √²₂) ².
P2
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