Answer:
$1,500
Explanation:
Given the compounding formula 
And given an investment (P), made at 16% compounded annually (r), and an ending amount of $1,740 (A) at the end of the year (n = 1 year), the original amount invested (P) can be computed as follows.
= P = 1,740/1.16 = 1,500.
Therefore, the original investment was $1,500.
Answer:
Check the explanation
Explanation:
The above question is based on a non-linear programming model, to answer this question, there will be a need to determine the optimal order quantities of the three different Ferns with diverse values of annual demand, item cost as well as order cost objective of the non-linear programming model is to minimize the overall annual cost.
Step 1: Setup a spreadsheet on Excel, as shown in the first and second attached images below:
Note: The values of quantities of the three items is kept as 1 to for the calculations of total cost.
The Solver dialogue box will appear. Enter the decision variables, objective function and the constraints, as shown in the third attached image below:
Answer:
Buying Center.
Explanation:
A Buying Center is a group if individuals within an organization that are responsible for making purchase decisions.
The Buying Center is also called the Decision Making Unit (DMU), and it includes personnel from various departments.
Answer:
Explanation:
Expected annual growth rate in dividends 7%
Dividend growth Model= Pv=Do(1+g)/Ke-g
present value = 1(1+7%) / 12%-7%
present value =1.07
/5%
present value =21.4
Expected annual growth rate in dividends 2%
Dividend growth Model= Pv=Do(1+g)/Ke-g
present value = 1(1+2%) / 12%-2%
present value =1.02
/10%
present value =20.4
Expected annual growth rate in dividends -1%
Dividend growth Model= Pv=Do(1+g)/Ke-g
present value = 1(1+(-1)%) / 12%-2%
present value =0.99/10%
present value =7.69
Answer:
Current yield = 0.05238 or 5.238% rounded off to 5.24%
option B is the correct answer
Explanation:
The current yield is the return on investment in form of interest or dividend expressed as a percentage of the current market value of the instrument. Thus the formula for current yield on a bond will be,
Current yield = Interest per year / Current market price
Assuming that the value of bond is 100. The interest or coupon payment on bond will be = 100 * 5.5% = $5.5 per annum
Current yield = 5.5 / 105 = 0.05238 or 5.238% rounded off to 5.24%
