The Demand equation for an item currently being marketed is given by D(q) = D(g) is in $ that can be charged per unit, and q is in thousands of units that can be sold at that price. (For example, q=11 means 11,000 units can be sold.) If 3,000 units are to be sold, at what price should each be set? (Be careful with units when you do your calculations!) 0.4 · qʻ + 41, where - The appropriate price = $ %3D

The Demand equation for an item currently being marketed is given by D(q) = D(g) is in $ that can be charged per unit, and q is in thousands of units that can be sold at that price. (For example, q=11 means 11,000 units can be sold.) If 3,000 units are to be sold, at what price should each be set? (Be careful with units when you do your calculations!) 0.4 · qʻ + 41, where - The appropriate price = $ %3D

Algebra for College Students

10th Edition

ISBN:9781285195780

Author:Jerome E. Kaufmann, Karen L. Schwitters

Publisher:Jerome E. Kaufmann, Karen L. Schwitters

Chapter9: Polynomial And Rational Functions

Section9.4: Graphing Polynomial Functions

Problem 44PS: A company determines that its weekly profit from manufacturing and selling x units of a certain item...

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