Answer:
The maximum price we should be willing to pay for this IBM bond is $ 877.
Explanation:
The price of bond can be determine by discounting all future cashlows we will get from bond in form of interest payment or redemption amount using expected rate of return.
The detail calculation is given below.
Price = 1000 * Discount factor + annuity factor * 80
Price = 1000 * 0.386 + 80 * 6.145 = 878
Discount factor = (1+10%)^-10 = 0.386
Annuity factor = (1 - (1+10%)^-10)/10% = 6.145
Answer:
A. allocated during the period is greater than the actual amount incurred.
Explanation:
As we know that
Manufacturing cost is the sum of direct material cost, direct labor cost and the manufacturing overhead cost
In mathematically,
Manufacturing overhead cost = Purchase of direct material + Direct labor cost + Manufacturing Overhead cost
When the manufacturing overhead shows the over allocated that means the allocated amount is more than the actual amount incurred and if there is under allocated the condition would be opposite
Answer:
The correct option is C ,$15,300
Explanation:
GDP is a short form of Gross Domestic Product which is an indicator of total goods produced in an economy in a period of one year.
Using the expenditure method,GDP van be computed using the below formula:
GDP=C+I+G+(X-M)
C is the consumption in the economy which is $9000
I is the level of investment at $3,000
G is the government expenditure of $3,500
X is the export of $2,500
M is the import of $2,700
GDP=$9000+$3000+$3500+($2500-$2700)
GDP=$15,300
Hence the GDP is $15,300
Answer:
the price earning ratio is 27 times
Explanation:
The computation of the price earning ratio is given below;
as we know that
price earning ratio
= Market price ÷ earning per share
= $67.50 ÷ ($150,000 ÷ 60,000 shares)
= $67.50 ÷ 2.5
= 27 times
hence, the price earning ratio is 27 times
Therefore the same should be considered
The answer is capacity management. Services are perishable and limited, thus a service provider must be able to cooperate with the availability of the product in order for the demand to coincide with the capacity over the time duration of the demand cycle.
