Answer:
A. Money left over after taxes are paid - Disposable income
B. Quantity theory of money helps explain the shape of this - Real
C. Part of GDP s definition that captures the quality of goods and services - Market Value
D. Caused by a fall in the money supply - Final
E. Part of GDP s definition that means you exclude used goods and services - Real
F. Sticky prices/wages justifies its shape - Final
G. Part of GDP s definition that means you exclude intermediary goods and services - Market Value
H. Used to make loans - Excess reserves
I. Used to cover withdraws - Disposable income
J. Interest rates are at their lower bound - Real
K. Represents the economy s fundamentals, such as population, capital, and technology - LRAS
L. Adjusted for inflation Final
M. Caused by a collapse of the stock market - Market Value
Explanation:
Long run aggregate supply is adjusted based on the products produced in the country. The supply rate is also adjusted based on demand factor. GDP is the monetary value of all goods and services produced in the country during a certain period.
Answer:
The correct answer is more inelastic; more elastic.
Explanation:
Inelastic demand is that demand that is not very sensitive to a change in price. In this way, before a variation in the price the quantity demanded reacts in a less than proportional way. For example, if the price increases by 10% and in response the quantity demanded is reduced by less than 10%, then the demand is said to be inelastic.
The elasticity of demand, also known as the elasticity-price of demand, is defined as the percentage change of the quantity demanded before a percentage change in the price.
An elastic demand is that demand that is sensitive to a change in price. In this way, a small variation in the price causes a more than proportional change in the quantity demanded. Thus, for example, if the price increases by 10% and in response the quantity demanded is reduced by more than 10%, then the demand is said to be elastic.
Answer:
a. What are the maximum and minimum cycle times?
The maximum cycle time is 60 minutes and the minimum cycle time is 2.4 minutes.
b. How much daily output will be achieved by each of those cycle times?
Daily output = CT = A/R
For max CT = 480/60 = 8 units per day
For min CT = 480/2.4 = 200 units per day.
2. In problem 1, suppose the line is balanced using 14 workstations and a finished product can be produced every 4.5 minutes.
a. What is the production rate in units per day?
CT = A/R or 4.5 = 480/R or R = 106.66 units/day
b. What is the assembly-line efficiency?
Efficiency = 60/[4.5(14)] =0.95 or 95.2% percent efficiency.
Answer:
First year: 19,000
Second year: 17,000
Third year: 15,000
Forth year: 13,000
Fifth year: 30,000
Explanation:
We need to subtract from the expected revenue the expected cost for Cash revenue 65,000
Driver Cost: (40,000)
Operating cost: <u> (6,000) </u>
Net cash flow: 19,000
This value stand for the first year
Then this will decrease by 2,000 each year as the driver wages increase over time.
Second year: 19,000 - 2,000 = 17,000
Third year: 17,000 - 2,000 = 15,000
Forth year: 15,000 - 2,000 = 13,000
In the last year we must also include the residual value of the equipment:
Fifth year: 13,000 - 2.000 + 15,000 = 30,000
