Your current prices are $311 in the Southwestern region; $278 in the western-region and $240 in the New England region. Your marginal cost is now $212.21. Given the predicted changes in quantity demanded by region per problem 1 using the stay even analysis %ΔQd = %ΔP/[%ΔP +((P-MC)/P)], can you raise prices by 7% in any of the regional markets? State your conclusion and then show the all the steps supporting your conclusion. (Note you are not being asked to compute the new price. The predicted changes in quantity demanded by region per problem 1 are: 19.32 or 19% percent change in quantity demanded for the Southwestern region Western Region is 0.245 or 24.5 or 25% NE Region is 0.4032 or 40.32 or 40% I don't understand this question and need assistance.

Your current prices are $311 in the Southwestern region; $278 in the western-region and $240 in the New England region. Your marginal cost is now $212.21. Given the predicted changes in quantity demanded by region per problem 1 using the stay even analysis %ΔQd = %ΔP/[%ΔP +((P-MC)/P)], can you raise prices by 7% in any of the regional markets? State your conclusion and then show the all the steps supporting your conclusion. (Note you are not being asked to compute the new price. The predicted changes in quantity demanded by region per problem 1 are: 19.32 or 19% percent change in quantity demanded for the Southwestern region Western Region is 0.245 or 24.5 or 25% NE Region is 0.4032 or 40.32 or 40% I don't understand this question and need assistance.

Managerial Economics: Applications, Strategies and Tactics (MindTap Course List)

14th Edition

ISBN:9781305506381

Author:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris

Publisher:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris

Chapter8: Cost Analysis

Section: Chapter Questions

Problem 2.2CE

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Your current prices are $311 in the southwestern region, $278 in the western region and $240 in the New England region. Your marginal cost is now $212.21. Given the predicted changes in the quantity demanded by region per problem 1 and using the stay even analysis %ΔQd = %ΔP/[%ΔP + ((P-MC)/P)], can you raise the price by 7% in any of the regional markets?
Your current prices are $311 in the southwestern region; $278 in the western-region and $240 in the New England region. Your marginal cost is now $212.21. Given the predicted changes in the quantity demanded by region per problem 1 and using the stay even analysis %ΔQd = %ΔP/[%ΔP + ((P-MC)/P)], can you raise the price by 7% in any of the regional markets? State you conclusion and then show all the steps supporting your conclusion. (Note you are not being asked to compute the new price.)
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