I don't really know of Bill Smith but I know Adam
Smith's best - known ideas formed the basis of economic theory , including the invisible hand theory ( the idea that free - markets coordinate themselves ) , the division of labor ( the idea that people should specialize in specific tasks ) , and the measurement of economic activity ( Gross Domestic Product ) .
Please follow me and Mark as brainlest.
Thanks :-)
Answer:
A. Check the Insurance and Liability section of your mutual aid agreement
Explanation:
Firstly, a mutual aid agreement is a documents that sets the rules or terms under which help or assistance can be provided between two parties, jurisdictions, NGO, etc.
From the above question, it is important that before any step is taken, it is important to check the insurance an liability section of the mutual aid agreement. This will help to ascertain if indeed you are responsible for the healthcare payment of the responders as claimed by the participating jurisdiction.
This helps to clarify who is responsible for the responders.
Cheers
Your answer is a command economy. Good Luck.
Answer:
MIRR = 16.6%
Explanation:
We have the formula to calculate the MIRR of the project:
+) ![MIRR =\sqrt[n]{\frac{FV}{PV} } - 1](https://tex.z-dn.net/?f=MIRR%20%3D%5Csqrt%5Bn%5D%7B%5Cfrac%7BFV%7D%7BPV%7D%20%7D%20-%201)
In which:
- FV - terminal value, the future value of net cash inflow which is assumed to be re-invested at the rate of cost of capital = WACC = 12.25%
- PV - the present value of the net cash outflows during the investment at the rate of cost of capital = WACC
- n: numbers of years (n=4)
The future value of net cash inflow Year i = Cash inflow × (1 + Cost of capital)^(number of years reinvested)
= Cash inflow × 1.1225^(n - i)
+) 
= $424.327
+) 
= $403.202
+) 
= $381.65
+) 
= $360
<em>=> Terminal Value = 424.327 + 403.202 + 381.65 + 360 = $1569.179</em>
<em />
Present Value Year i = 
The project requires the initial investment = - $850 and there are no cash outflows during 4 years of the project
<em>=> PV of the project = PV Year 0 = </em>
<em> = 850</em>
=> MIRR = ![\sqrt[4]{\frac{1569.179}{850}} - 1](https://tex.z-dn.net/?f=%5Csqrt%5B4%5D%7B%5Cfrac%7B1569.179%7D%7B850%7D%7D%20%20-%201)
= 0.166 = 16.6%
Answer:
$3,158.40
Explanation:
The current balance on his credit card is the present value of $50 payable per month over 42-year period as shown below:
PV=monthly payment*(1-(1+r)^-n/r
PV=the unknown
montly paymet=$50
r=monthly interest rate= 18.99%/12=0.015825
n=number of monthly payments=42*12=504
PV=$50*(1-(1+0.015825)^-504/0.015825
PV=$50*(1-(1.015825)^-504/0.015825
PV=$50*(1-0.000365827)/0.015825
PV=$50*0.999634173/0.015825
PV=$3,158.40
