Answer:
a hands on occupation
Explanation:
I dont like sitting around
Answer:
$739.72 ≈ 739.72
Explanation:
we can use an excel spreadsheet and the present value function to calculate the expected price of each bond ⇒ =PV(rate,nper,pmt,fv,[type])
- fv = $1,000
- pmt = $1,000 x 7.25% x 1/2 = $36.25
- nper = 60
- rate = 10% / 2 = 5%
- present value = ?
=PV(5%,60,36.25,1000) = -739.72 since excel calculates the initial investment, it is always negative, so we just change the sign.
W. L. Gore has nearly 10,000 employees and more than $3 billion in annual revenues, but, as noted earlier, uses an extremely organic organizational structure. Employees have no bosses, participate on teams, and often create roles for themselves to fill functional gaps within the company.
Answer:
Results are below.
Explanation:
<u>First, we need to calculate the total cost of producing 2,900 units:</u>
Total cost= direct material + direct labor + allocated overhead
Total cost= (2*7)*2,900 + (0.5*16)*2,900 + [(0.5*16)*0.6]*2,900
Total cost= 40,600 + 23,200 + 13,920
Total cost= $77,720
<u>Now, the unitary standard cost:</u>
Unitary cost= total cost/number of units
Unitary cost= 77,720 / 2,900
Unitary cost= $26.8
Answer:
The answer is 2.71 percent
Explanation:
The interest payment is annually.
N(Number of periods) = 12 years
I/Y(Yield to maturity) = ?
PV(present value or market price) = $1,470
PMT( coupon payment) = $73.5 ( [7.35 percent x $1,000)
FV( Future value or par value) = $1,000.
We are using a Financial calculator for this.
N= 12; PV = -1470 ; PMT = 73.5; FV= $1,000; CPT I/Y= 2.71
Therefore, the Yield-to-maturity of the bond annually is 2.71 percent
