Answer:
$32,000
Explanation:
Net advantage = Annual operating cost
Net advantage = [(Old machine - New machine)*10 life] - New machine cost + Old machine cost
Net advantage = [($320000 - $240000)*10] - $800000 + $32000
Net advantage = [($80000)*10 - $768,000
Net advantage = $800,000 - $768,000
Net advantage = $32,000
So, the net advantage of replacing the old machine is $32,000
Answer:
None of the choices describe offshore outsourcing.
Explanation:
Offshore outsourcing is when a company hires a third party in another country to do some tasks for the company.
Answer:
Ask the potential client to try out the accessories and give the prices.
Explanation:
Having the legs uncrossed and her arms relaxed the client is showing that is comfortable with the situation and open to accept the products offered by Kelly. The best way to proceed would be presenting her prices offer and starting the negotiation, she should pay attention to the client's behavior to know of she is willing to negotiate and acquire the products.
Answer:
New price (P1) = $72.88
Explanation:
Given:
Risk-free rate of interest (Rf) = 5%
Expected rate of market return (Rm) = 17%
Old price (P0) = $64
Dividend (D) = $2
Beta (β) = 1.0
New price (P1) = ?
Computation of expected rate on return:
Expected rate on return (r) = Rf + β(Rm - Rf)
Expected rate on return (r) = 5% + 1.0(17% - 5%)
Expected rate on return (r) = 5% + 1.0(12%)
Expected rate on return (r) = 5% + 12%
Expected rate on return (r) = 17%
Computation:
Expected rate on return (r) = (D + P1 - P0) / P0
17% = ($2 + P1 - $64) / $64
0.17 = (2 + P1 - $64) / $64
10.88 = P1 - $62
New price (P1) = $72.88
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%
