The correct answer is: "I would recommend her not to increase the price, because with an elastic demand function this will cause a great decrease in the quantity demanded by consumers".
The demand function represents the quantity of a certain good or service that consumers are willing to purchase in the market at different price levels. The law of demand states that there is an inverse relationship between price and quantity demanded (ceteris paribus, hence, given that the rest remains equal). <u>Therefore, when the price charged decreases, the amount that consumers are willing to purchase increases. </u>
In turn, the elasticity of the demand function measures the sensitiveness of the quantity demanded by consumers when there is a certain price change. If the demand function is elastic it means that a price variation would generate an even larger variation (in the inverse direction of course!) in the quantity demanded. <u>This is the case of the lemonade stand therefore the girl should not increase prices because this will not help her to reach her objective quicke</u>r, as she would loss a greater proportion of units sold than the size of the price increase that would have allowed her to earn more per unit.
Answer:
This patient could possible have <em>Tinea Pedis</em>
Explanation:
Tinea Pedis is a contagious fungal infection caused by dermatophyte fungus such as "Epidermophyton Floccosum". This type of infection is more common in places with tropical weather. It mostly affects young males, but it can also affect females and children.
Answer:
Monthly payment = $769.27
Explanation:
First we have to determine the future value of the ordinary annuity:
Payment = $235.15
N = 20 * 12 = 240
Rate = 3.2% / 12 = 0.267%
Using a financial calculator and the FV function, the FV = $78,910.41
Again, using the financial calculator or Excel, you can determine the monthly payment:
N = 10 / 12 = 120
Rate = 0.267%
PV = $78,910.41
FV = $0
Monthly payment = $769.27
The answer is flighting advertising schedule. It is a publicizing progression or timing design in which promoting messages are booked to keep running amid interims of time that are isolated by periods in which no publicizing messages show up for the promoted thing.
