Answer:
Final Value= $483,603.80
Explanation:
Giving the following information:
You plan to deposit $4,700 at the end of each of the next 25 years into an account paying 10.3 percent interest
We need to calculate the final value using the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit= 4,700
n= 25
i= 0.103
FV= {4,700*[(1.103^25)-1]} / 0.103= $483,603.80
Answer:
B. A card with a high compound interest rate
Explanation:
A.P.E.X
Answer:
2,845 units
Explanation:
To find the answer you need to consider that the profit is equal to the sales minus the costs.
Let's consider that x is the number of units sold
Sales= Price per unit*number of units sold
Sales= 37x
Variable cost= Cost per unit*number of units sold
Variable cost= 11x
Fixed cost= 18,470
55,498=37x-11x-18,470
55,498+18,470=26x
73,968=26x
x=73,968/26= 2,845
According to this, the answer is that they need to sell 2,845 units to make the desired profit.
Answer:
D. best-case scenario.
Explanation:
This is true because, there are two scenarios involved in the production- Jimenas' company's production method and Spicy Sides company's method. She is trying to compare the two production methods and comes up with the best case scenario that leads to low cost of production.
<span>1.41
The quick ratio is the sum of assets that can be quickly liquidated divided by the liabilities. In this case, the assets are the cash of $316 and the accounts payable of $709. The inventory doesn't count since it can't be quickly converted to liquid assets. The liabilities are the accounts payable of $709. So let's do the math.
(316 + 687)/709 = 1003/709 = 1.41
So the result is 1.41</span>
