The answer for this statement would be TRUE. Innovation nowadays have been improving especially in the sports industry because the world wants to keep up with the latest advancements now in the field. Therefore, we could really see that it is more advanced than those used in other service industries.
In this case, you would want to avoid a win-lose situation.
1. You would want a win-win (where both parties feel as though they are gaining something from the transaction).
2. You can never go into an international negotiation with the same mentality as you would for in the US. Every culture is different and you should be aware of those differences.
3. You should not move too quickly between subjects. You should always ensure all parties understand and agree, which may take time.
Answer:
The solution shows that a rate of return of 10% which provides an annuity factor of 4.868 generates an NPV which is equal to zero. Thus, our IRR or internal rate of return is 10%.
Explanation:
The IRR or internal rate of return is the rate at which NPV or Net Present Value of the investment becomes zero. We are provided with the initial outlay for the project and the annual cash inflows along with time period. Using the annuity factors given below, we need to find out the factor which makes the NPV zero. The NPV is calculated as follows,
NPV = Present Value of Cash Inflows - Initial Outlay
We can try out each annuity factor and see what NPV is generates.
1. 6% rate (Annuity factor = 5.582)
NPV = (30000 * 5.582) - 146040
NPV = $21420
2. 8% rate (Annuity factor = 5.206)
NPV = (30000 * 5.206) - 146040
NPV = $10140
3. 10% rate (Annuity factor = 4.868)
NPV = (30000 * 4.868) - 146040
NPV = $0
So, from the above solution we can see that a rate of return of 10% which provides an annuity factor of 4.868 generates an NPV which is equal to zero. Thus, our IRR or internal rate of return is 10%
Answer: Macaulay Duration = 2.6908154485 = 2.69
Explanation:
Macaulay Duration = Sum of Cash flows Present Value/ current bond price
Cash flows: year 1 = $12
Cash flows: year 2 = 12
Cash flows: year 3 = 100 + 12 = 112
Sum of Cash Flow PV = (1×12÷ (1.118)^1) + (2×12÷ (1.118)^2) +(3×112÷(1.118)^3)
Sum of Cash Flow PV = 270.37857712
Current Bond Price or Value = Face Value/ (1+r)^n + PV of Annuity
Current Bond Price or Value = 1000/ (1.118)^3 + (30×(1 - (1+0.118)^-3)/0.118
Current Bond Price or Value = 100.48202201
Macaulay Duration = 270.37857712 ÷ 100.48202201
Macaulay Duration = 2.6908154485 = 2.69
The answer overstatement, understatement and no effect. In addition, the incapability to record a purchase of commodities on account even still the goods are properly comprised the physical inventory results in an underestimation of liabilities and an overemphasis of owners’ equity
