Answer and Explanation:
The categorization is as follows:
For Poor Mission Statements:
1. Lists all or all kinds of the products the organization sells
2. is product-oriented
3. is very broad or wide
4. is less or lower than seven words
For Good Mission Statements:
1. Addresses customers the organization serves
2. Is meaningful and relevant
3. Is specific and determined
4. Describes the business the organization is in
5. is market-oriented
6. States what the organization wants to accomplish or achieve
Answer:
depreciation expense 2017 = $180,000
depreciation expense 2018 = $144,000
depreciation expense 2019 = $115,200
Explanation:
purchase cost $900,000
estimated useful life 10 years
depreciation expense using double declining method = 2 x regular straight method depreciation rate x purchase cost
depreciation expense 2017 = 2 x 1/10 x $900,000 = $180,000
depreciation expense 2018 = 2 x 1/10 x $720,000 = $144,000
depreciation expense 2019 = 2 x 1/10 x $576,000 = $115,200
She needs a bachelor degree because an associate degree doesn't give her quite $800.
Answer:
(a) It will have multiple IRRs
(b) The MIRR calculated is 10.18% . Going by MIRR result , this project will only generate returns that is equal to cost of capital(10%) .If there are other avaible more viable projects, it should be rejected ( Please see attached computation).
Explanation:
(a) The multiple IRRs occurs when cash flows change sign and result in more than one value for the IRR.
Application of IRR to value an investment is only suitable when the project has normal cash flows, i.e a negative initial cash flow (i.e initial investment) followed by a series of positive cash flows.
In this scenario, we have negative cash flow of $6m in year 4 which occured after positive cash flow of $3.5m per year from year 1 to 3. This typically make IRR unreliable. To overcome this limitation , we can use Modified Internal Rate of Return (MIRR)
(b) Please see attached for more details.
Answer:
$202,701,713.58
Explanation:
Present value of this liability = Value of liability / ((1+r)^t)
Present value of this liability = $750 million / ((1+0.08)^17)
Present value of this liability = $750 million / (1.08)^17
Present value of this liability = $750 million / 3.7000180548
Present value of this liability = $202,701,713.5840815
Present value of this liability = $202,701,713.58
