The demand function for apples is the following. Qn = 10 – Pn + 0.2Y +0.5 Pc – 2Ps + 0.2A Where: Qn = annual sales of apples (millions of kilos) Pn = price of apples (£1 per kilo) Y = disposable income in the UK £trillions (£10 trillions) Pc = price of a pies £ per kilo (£2 per kilo) Ps = price of pear (£2 per kilo) A = advertising measured in hundreds of thousands of £5 (use as 5 in your calculations) Q. How much will the demanded quantity change if the price of apples increases to 1.5? a. It will decrease by 0.4 million kilos. b. It will decrease by 0.5 million kilos. c. It will increase by 2 million kilos. d. It will increase by 0.5 million kilos. e. All the other answers are wrong
The demand function for apples is the following. Qn = 10 – Pn + 0.2Y +0.5 Pc – 2Ps + 0.2A Where: Qn = annual sales of apples (millions of kilos) Pn = price of apples (£1 per kilo) Y = disposable income in the UK £trillions (£10 trillions) Pc = price of a pies £ per kilo (£2 per kilo) Ps = price of pear (£2 per kilo) A = advertising measured in hundreds of thousands of £5 (use as 5 in your calculations) Q. How much will the demanded quantity change if the price of apples increases to 1.5? a. It will decrease by 0.4 million kilos. b. It will decrease by 0.5 million kilos. c. It will increase by 2 million kilos. d. It will increase by 0.5 million kilos. e. All the other answers are wrong
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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The
Qn = 10 – Pn + 0.2Y +0.5 Pc – 2Ps + 0.2A
Where:
Qn = annual sales of apples (millions of kilos)
Pn =
Y = disposable income in the UK £trillions (£10 trillions)
Pc = price of a pies £ per kilo (£2 per kilo)
Ps = price of pear (£2 per kilo)
A = advertising measured in hundreds of thousands of £5 (use as 5 in your calculations)
Q. How much will the demanded quantity change if the price of apples increases to 1.5?
a. It will decrease by 0.4 million kilos.
b. It will decrease by 0.5 million kilos.
c. It will increase by 2 million kilos.
d. It will increase by 0.5 million kilos.
e. All the other answers are wrong.
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