An equation for the demand d which is defined in the terms of price p with the use of order of pairs if the demand is the number of the purchase that a customer is intended to buy at a mentioned price. Since d is the function of price in month for designer purses that were sold in one-month period, p is defined for $ 150 ≤ p ≤ $ 400 . When the price of the purse is kept $ 200 then 50 purses will be sold and when the price hikes to $ 300 then sales will drop to 30 purses.
An equation for the demand d which is defined in the terms of price p with the use of order of pairs if the demand is the number of the purchase that a customer is intended to buy at a mentioned price. Since d is the function of price in month for designer purses that were sold in one-month period, p is defined for $ 150 ≤ p ≤ $ 400 . When the price of the purse is kept $ 200 then 50 purses will be sold and when the price hikes to $ 300 then sales will drop to 30 purses.
To calculate: An equation for the demand d which is defined in the terms of price p with the use of order of pairs if the demand is the number of the purchase that a customer is intended to buy at a mentioned price. Since d is the function of price in month for designer purses that were sold in one-month period, p is defined for $150≤p≤$400. When the price of the purse is kept $200 then 50 purses will be sold and when the price hikes to $300 then sales will drop to 30 purses.
(b)
To determine
To calculate: The demand when the price of the purse is $260. An equation for the demand d which is defined in the terms of price p with the use of order of pairs if the demand is the number of the purchase that a customer is intended to buy at a mentioned price. Since d is the function of price in month for designer purses that were sold in one-month period, p is defined for $150≤p≤$400. When the price of the purse is kept $200 then 50 purses will be sold and when the price hikes to $300 then sales will drop to 30 purses.
(c)
To determine
To calculate: Price of the purse if the demand is 45 purses. An equation for the demand d which is defined in the terms of price p with the use of order of pairs if the demand is the number of the purchase that a customer is intended to buy at a mentioned price. Since d is the function of price in month for designer purses that were sold in one-month period, p is defined for $150≤p≤$400. When the price of the purse is kept $200 then 50 purses will be sold and when the price hikes to $300 then sales will drop to 30 purses.
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Linear Equation | Solving Linear Equations | What is Linear Equation in one variable ?; Author: Najam Academy;https://www.youtube.com/watch?v=tHm3X_Ta_iE;License: Standard YouTube License, CC-BY