Ask Question
22 January, 21:19

Assume a demand equation for good 'x': Q = 9 - 0.1p - p_y + 0.01p_z + 0.0005Y; where p = own price of the good Q = quantity demanded p_y = price of a related good = $3 p_z = price of a different related good = $200 Y = consumer income = $4,000/mo. The quantity demanded as a function of the price can be written:

+1
Answers (1)
  1. 23 January, 01:11
    0
    Q = 10 - 0.1p

    Explanation:

    Given that,

    Demand equation for good 'x':

    Q = 9 - 0.1p - p_y + 0.01p_z + 0.0005Y

    Where,

    p = own price of the good

    Q = quantity demanded

    p_y = price of a related good = $3

    p_z = price of a different related good = $200

    Y = consumer income = $4,000/month

    Therefore, the quantity demanded as a function of the price can be written as follows;

    Q = 9 - 0.1p - p_y + 0.01p_z + 0.0005Y

    Q = 9 - 0.1p - 3 + 0.01 (200) + 0.0005 (4,000)

    Q = 6 - 0.1p + 2 + 2

    Q = 10 - 0.1p
Know the Answer?
Not Sure About the Answer?
Find an answer to your question ✅ “Assume a demand equation for good 'x': Q = 9 - 0.1p - p_y + 0.01p_z + 0.0005Y; where p = own price of the good Q = quantity demanded p_y = ...” in 📘 Business if you're in doubt about the correctness of the answers or there's no answer, then try to use the smart search and find answers to the similar questions.
Search for Other Answers