Answer:
$997
Explanation:
The price of the Bond is its Present Value. thus we need to discount the future cash flows (payments and capital repayments) to find the price as follows.
<em>Note : I am using a financial calculator here</em>
FV = $1,000
P/Yr = 2
N = 1 x 2 = 2
PMT = ($1,000 x 5.08 %) ÷ 2 = $25.40
YTM = 5.37 %
PV = ?
Conclusion
Assuming the Bond Matures in 1 year, the bond's price is $997
Answer:
PLANNING
Explanation:
Planning is the management function and process of thinking about the activities required to achieve a desired goal.
It is the first and foremost activity to achieve desired organizational results.
It involves the creation and maintenance of a plan, such that if the plan is followed, organizations can achieve their goals
Planning is also a management process, concerned with goal definition for a company's future direction and determines the resources to achieve such goals. To achieve goals, managers may develop plans, such as a business plan, sales plan or a marketing plan
Answer:
The NPV value of the profit over the three year period is $9,900,966.32
Explanation:
The NPV of the profit over three year period was computed by first of all incorporating all growth assumptions relating to sales volume,sales price,variable and fixed costs.
With the assumptions incorporated , I calculated the sales revenue,variable and fixed costs per year,hence the profit figure is sales less variable and fixed costs.
Finally I discounted the profit to present using the formula 1/(1+r)^N,where r is the rate of 4% and N the relevant year.
Kindly find attached spreadsheet
Answer:
d) information utility
Explanation:
Based on the information provided within the question it can be said that the type of utility created by the efforts of the employees is information utility. This refers to individuals moving information about the good and bad features that the company sells in order to provide utility to the store and hopefully garner more customers to increase sales.
Answer:
0.05712790 or 5.71%
Explanation:
Annual rate of return = [(1+ r1)^n1 x (1 + r2)^n2]^[1/(n1 + n2)] - 1
n1 is the time period in which annual interest rate =2.8%
n2 is the time period in which annual interest rate =7.2%
So, n1 = 7 years and n2 = 14 years
= [(1+2.8%)^7 x (1+7.2%)^14]^[1/(7 + 14)] - 1
= (1.21325420 x 2.64683577) ^ 1 / 21 - 1
= 1.05712790 - 1
= 0.05712790 or 5.71%
