Question Completion:
Domestic Market for Steel, Alpha
Qs P Qd
60 5 10
40 4 20
30 3 30
20 2 40
10 1 50
Domestic Market for Steel, Beta
Qs P Qd
80 5 20
70 4 30
60 3 40
50 2 50
40 1 60
Answer:
Assuming that Alpha and Beta are the only two nations in the world, at the equilibrium world price:
Beta will export steel and Alpha will import steel.
Explanation:
a) Data and Calculations:
Domestic and World Market for Steel
Alpha Beta World Market
Qs P Qd Qs P Qd Qs P Qd
60 5 10 80 5 20 140 5 30
40 4 20 70 4 30 110 4 50
30 3 30 60 3 40 90 3 70
25 2.50 35 55 2.50 45 80 2.50 80
20 2 40 50 2 50 70 2 90
10 1 50 40 1 60 50 1 110
b) In the world market, equilibrium will occur at a price of $2.50, when the quantity supplied and demanded will be 80. At this equilibrium price of $2.50, Alpha will supply 25 units, and Beta will supply 55 units. Alpha will demand 35 units, and Beta will demand 45 units. This implies that Beta will supply more than its demand for steel, while Alpha will supply less. Therefore, Beta will export steel and Alpha will import steel.
Answer:
The correct answer is D. Economies of scope.
Explanation:
The Economies of scope means the reduction of the average costs under the production of two or more products or services together. This must always be observed in the production process, in order to strategically plan the entire internal production process of the company. By implementing this type of joint production, great savings are achieved in own production factors, seeking effective diversification in the market.
Answer:
Inelastic
Explanation:
Inelastic demand is when the buyer's demand does not change as much as the price changes. When price increases by 20% and demand decreases by only 1%, demand is said to be inelastic.
Inelastic demand in economics is when people buy about the same amount, whether the price drops or rises. This situation happens with things that people must have, like gasoline and food. Drivers must purchase the same amount even when the price increases.
Answer:
$641,455.26
Explanation:
Calculation to determine the value of your retirement plan after 40 years
First step is to determine FV Using financial calculator
N = 40*12 = 480
I = 8%/12 = .6667
PV = 0,
PMT = $150
CPT FV =$523,651.17
N = 20*12 = 240
I = 8%/12 = .6667
PV = 0
PMT = $200 ($350 - $150)
CPT FV =$117,804.08
Now let determine the value of your retirement plan after 40 years
Sum of FV =$523,651.17+$117,804.08
Sum of FV =$641,455.26
Therefore the value of your retirement plan after 40 years will be $641,455.26
