|
Good |
Year 1 |
Year 2 |
Year 3 |
|||||
|
Quantity |
Price |
Quantity |
Price |
Quantity |
Price |
|||
|
Food |
3 million pounds |
$1 |
4 million pounds |
$2 |
3.5 million pounds |
$3 |
||
|
Shirts |
50,000 |
$10 |
25,000 |
$10 |
40,000 |
$11 |
||
|
Houses |
20 |
$50,000 |
20 |
$100,000 |
25 |
$110,000 |
||
|
Automobile Plants |
1 |
$1 million |
1 |
$500,000 |
1 |
$900,000 |
||
Between Years 1 and 2, we know that prices:
Group of answer choices
Increased
Stayed the same
Decreased
There is not enough information to tell
Good Year 1 Year 2 Year 3 Quantity Price Quantity Price Quantity Price Food 3 million...
Consider the table. Shirts Pants Year Price Quantity Price Quantity 2013 $5.00 2000 $15.00 3000 2014 $8.00 1900 $20.00 2500 The table contains prices and output for a two good economy. Nominal and real GDP in 2013 are both $55,000. Use the information in the table to answer the questions. What is nominal GDP in 2014? What is real GDP in 2014? Use 2013 as the base year Real output from 2013 to 2014 has increased. stayed the same. experienced...
Good Laptops Bread Year 2000 2010 Quantity Price Quantity Price 100 $2,000 500 $3,000 500,000 $10 400,000 $20 Using the year 2000 as the base year, compute - nominal GDP [1 point] - real GDP (1 point] - GDP deflator 1 point]
1. A firm raises the price it charges. The firm's total revenue
increases. What can we conclude about the price elasticity of
demand?
A) Demand is elastic.
B) Demand is unit elastic..
C) Demand is inelastic
D) Demand is perfectly elastic.
From the Graph above ...
2. The world price of a T-shirt is $5. The U.S. government
imposes a $2 per unit tariff on imported T-shirts. The amount of
imported T-shirts before tariff is __________and the amount of
imported...
Quantity Price Year Shirts Shoes Shirts Shoes 15 20 $15 s20 $25 $30 20 25 Given the information in the table above, real GOP in Year 2 (using year 1 prices) is S (Enter your response as a whole number)
Table 5.3 Quantity Price Good A 100 $10 120 $ 9 Good B 200 $20 140 $35 Refer to Table 5.3, which shows the change in the quantity demanded for Good A and Good B as a result of the change in their price. Use the information to calculate the value of the price elasticity of demand for Good B. Group of answer choices −11/17 −1/6 −17/11 −2/3 −1/2
Price of Quantity dog food Year GDP Real GDP Produced of dog per bag food(bags) $10 2018(Base year) 100 $1,000 $1,000 $3,000 $4,400 $7,500 $20 $22 $25 2019 2020 2021 150 A 200 C 300 Table 2. Calculation of GDP and real GDP 22.Refer to Table 2. What are the values of A, B and C? a. $3,000, $4,400, and $7,500 b.$ 1,500, $4,400 and $3,000 C.$1,500, $2,000. And $3,000
The nation of Textilia does not allow imports of clothing. In its equilibrium without trade, a T-shirt costs $20, and the equilibrium quantity is 3 million T-shirts. One day, after reading Adam Smith’s The Wealth of Nations while on vacation, the president decides to open the Textilian market to international trade. The market price of a T-shirt falls to the world price of $16. The number of T-shirts consumed in Textilia rises to 4 million, while the number of T-shirts...
2. A 3 year bond has a face value of 1 million, semiannual coupons, a nominal yield rate of 3.5%, and a price of 101.2 per $100. Find the coupon rate.
I
need response to this question
<1> unemployment rate in year 1 = (7.2 million/120 million) x 100 = 6 percent unemployment rate in year 2 = (6.7 million/119.5 million)x100 = 5.6 percent <2> the number of people employed in year 1 = 120 million-7.2 million = 112.8 million the number of people employed in year 2 = 119.5 million-6.7 million = 112.8 million <3> the labor force participation rate in year 1 = (120 million/200million) x 100 = 60...
I
need response to this question
<1> unemployment rate in year 1 = 17.2 million/120 million)*100 = 6 percent unemployment rate in year 2 = (6.7 million/119.5 million) x 100 = 5.6 percent <2> the number of people employed in year 1 = 120 million-7.2 million = 112.8 million the number of people employed in year 2 = 119.5 million-6.7 million = 112.8 million <3> the labor force participation rate in year 1 = (120 million/200million) x 100 = 60...