<span>$41
Given a discount rate, the present value (PV) of money you expect to receive in the future (FV) at a specified interest rate (R) for a specified number of periods (N) is
PV = FV/(1+R)^N
So let's plug in the known values and solve.
PV = 45/(1+0.10)^1
PV = 45/(1.10)^1
PV = 45/1.10
PV = 40.90909091
Rounding to the nearest dollar gives $41</span>
Hello!
You forgot the alternatives!
incentives
<span>margin </span>
<span>markets </span>
<span>scarcity
</span>
The term that is most closely related to trade-off, from the list above, is: scarcity. Scarcity is the condition that moves the trade-offs, it determines the quantity of each product you need or have. So, for example, if you need a product that you don't have enough and another that you have in excess, you can exchange it with someone that have interest in your product and has the one that you need.
Hugs!
Answer:
The correct answer is A: interest= $21048
Explanation:
An amortization schedule is a complete table of periodic loan payments, showing the amount of principal and the amount of interest that comprise each payment until the loan is paid off at the end of its term. While each periodic payment is the same amount early in the schedule, the majority of each payment is interest; later in the schedule, the majority of each payment covers the loan's principal.
Each payment is the same ($49,148), but the proportions of interest and capital pay changes. The interest proportion decreases from pay to pay.
Loan= 186000
i= 15%
n= 6 years
First pay:
i=186000*0,15=27900
amortization= 49148-27900=21248
Second pay:
i=(186000-21248)*0,15=24712
amort=49148-24712=24436
Third pay:
i=(164752-24436)*0,15=21048
amort=49148-21048=28100
While payments progress, interest decreases and amortization increases.
Answer:
C. He will most likely need to work variable shifts so that he can connect with all his team members.
Explanation:
He will most likely need to work variable shifts so that he can connect with all his team members.
