Answer: Integrated Communications Unit
Explanation: The Integrated Communications Unit is one of the NIMS characteristics that allows units from diverse agencies to connect, share information and achieve situational awareness.
The Integrated communications unit includes:
1. The “hardware” systems that transfer information.
2. Planning for the use of all available communications frequencies and resources.
3.The procedures and processes for transferring information internally and externally.
Communications needs for large incidents may exceed available radio frequencies. therefore, other communications resources like cell phones or secure phone lines can be the only communications methods used to coordinate communications and to transfer large amounts of data effectively.
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Answer:
the anwser is A i searched it up
Answer:
Testerman Construction Co.
Internal rate of return method in analyzing capital expenditure:
Present value of expenditure = $149,630
Present of cash inflows annuity = $149,630 (using 20% discount rate and present value annuity factor of 3.3251 x $45,000)
NPV = $0 (PV of cash outflow - PV of cash inflow)
Therefore, the IRR = 20%
Explanation:
a) Data and Calculations:
Investment cost = $149,630
Annual net cash flows = $45,000
Investment period = 6 years
Annuity of future cash flows = 3.3251
b) Testerman’s IRR (Internal Rate of Return) is a capital budgeting and analysis tool which determines the discount rate that makes the present value of future inflows equal to the present value of outflows from a project. This IRR helps the managers to determine the projects that add value and are worth undertaking. IRR is based on assumptions. Similar projects with the same IRR will differ in returns due to the differences in timing and the size of the cash, the amount of debts and equity used to generate the returns, and the assumption of a constant reinvestment may which IRR makes.
Answer:
Machine hours (X) Utility cost
High 2,680 8,100
Low <u> (740)</u> <u> (4,650)</u>
<u> 1,940 </u> <u> 3,450</u>
Variable cost per machine hour
= $3,450/1,940 hours
= $1.7784 per machine hour
Explanation:
Using high and low method, we will obtain the highest activity (machine hours) and the corresponding cost. We will also obtain the lowest activity and the corresponding cost. Thereafter, we will deduct the lowest points from the highest points. Finally, we will divide the difference in cost by the difference in machine hours in order to determine the estimated variable cost per machine hour.