Answer:
(29,800)
Explanation:
The computation of the financial advantage or disadvantage is shown below:
As we know that
Financial disadvantage = Cost of making - Cost of buying
where,
Cost of making is
= [(Direct material per unit + direct labor per unit + variable manufacturing overhead per unit) × units produced] + additional segment margin
= [($4.7 + $9.30 + $9.80 + $5.20) × 22,000 units] + $34,000
= ($29 × 22,000 units ) + $34,000
= $672,000
And, the Cost of buying is
= Units produced × offered price
= 22,000 units × $31.90
= $701,800
So,
Financial disadvantage is
= Cost of making - Cost of buying
= $672,000 - $701,800
= (29,800)
Answer:
b. selling at a premium; i.e., the bond's market price should be greater than its face value.
Explanation:
In the case when the market rate of return or yield to maturity is lower than the coupon rate this represents that the bond sells at a premium i.e. the market price of the bond is more than the face value
Let us suppose the market price of the bond is $1,050
And, the face value is $1,000
So the bond is sold at a premium
hence, the correct option is b.
Based on the scenario,
I think the relations that is not a function is :
B. (interest paid, amount in saving account)
The last two options are definitely a function
Hope this helps
Answer:
B. 500
Explanation:
Portfolio return = Weighted average return
Let the amount invested in portfolio is x and amount invested in risk free = 1000 - x
27.5% = 20%*x + 5%*(1000-x)
27.5% * 1,000 = 20%x + 50 – 5%x
0.275 * 1,000 = 15%x + 50
275 - 50 = 15%x
225 = 15%x
x = 225 / 0.15
x = $1,500
Hence, the amount of money borrowed = $1,500 - $1000
= $500
Answer:
$11,883.35
Explanation:
The formula for calculating continuous compounding is given below
F=p*e^it
In this question:
F=future value of the amount borrowed today=?
p=amount borrowed today/Purchases made by chris through credit card=$6,925
e=mathematical constant=2.7183
i=interest per annum=18% per annum
t=number of years=3 in this case
F=6,925*e^18%*3
F=$11,883.35