Answer:
Overhead cost allocated to steel bars = $4.6 
6,600 = $30,360
Explanation:
Provided information,
Two products manufactured
Steel Bars and Titanium bars
Number of hours = 1 hour each
Total units produced
Steel = 6,600
Titanium = 3,400
Total hours @ 1 hour for each = 6,600 + 3,400 = 10,000
Total Setup cost = $46,000
Cost per hour based on direct labor hours = $46,000/10,000 = $4.6
Overhead cost allocated to steel bars = $4.6 6,600 = $30,360
Answer:
1. $50 million
2. $50 million
3. In a closed economy, national savings equals investment
Explanation:
For a closed economy, the formula for calculating GDP = C + I + G
Where C - Consumption
I - investment
G - Government Spending
To find investment ,
750 = 300 + I + 400
I = $ 50 million
National savings = private saving + Government saving
Private saving = Y − T − C
750 - 300 - 250 = $200 million
Public savings = T - G
250 - 400 = $-150 million
National savings = $200 - $ 150 million = $ 50 million
Nb - All numerical values are in $ millions
Answer:
The answer is B. standardized products
Explanation:
Monopolistic Competition has the following characteristics :
1. There large numbers of buyers and sellers
2. The products offered by sellers are close substitutes for the products offered by another seller.
3. The costs associated with entry and exit are low.
4. Sellers differentiate their products through advertising, branding etc.
Know that the most distinguishable factor in this market is product differentiation or standardized products.
The extent to which the seller is successful in product differentiation determines pricing power in the market.
The demand curve in this market is downward sloping i.e increase in price will lead to decrease in quantity demanded. This market is similar to perfectly competitive market.
The economic profit will fall to zero in the long run because the entry costs are not high.
Answer:
A Business School student looking at changes in structures of Small and Medium Sized Enterprises (SMEs) using publicly available information
Explanation:
Answer:
present value = $848.29
so correct option is c) $848
Explanation:
given data
bond sold = $100 million
time = 6 year
future value = $1,000 par value
original maturity = 20 years
years to maturity left = 14 years
annual coupon rate = 11.5%
require return = 14%
to find out
what price would you pay today for a James bond
solution
we get here first interest amount that is
interest = future value × annual coupon rate × 0.5
interest = 1000 × 11.5% × 0.5
interest = $57.50
and rate = 
rate = 7%
now we find present value by
PV(Rate,nper, pmt, FV)
PV ( 7%, 28, 57.50,1000)
present value = $848.29
so correct option is c) $848
