The best answer to the question that is being presented above would be collateral. When you finance a car, the car then becomes the collateral or the pledge of the property for the loan. This is so that the payment system is attained securely and to avoid escaping from due payment.
Answer:
NPV =$ 60,311.80
Explanation:
<em>The net present value (NPV) of a project is the present value of cash inflow less the present value of cash outflow of the project.</em>
NPV = PV of cash inflow - PV of cash outflow
We can set out the cash flows of the project using the table below:
0 1 2 3
Operating cash flow 136,000 136,000 136,000
Initial cost (274,000)
Working capital (61,000 ) 61,000
Salvage value <u> </u> <u> </u> <u> </u> 1<u>5000 </u>
Net cashflow <u> (335,000) 136,000 136,000 212,000.</u>
PV inflow= (136000)× (1.1)^(-1) + (136,000× (1.1)^(-2) + (112,000)× (1.1)^(-3)
= 395,311.80
NPV =395,311.80 -335,000
=$ 60,311.80
Answer: Point B
If the demand increases suddenly because of a non-price determinant of demand, equilibrium point will shift to point B. At point B, the demand for mangoes increased from 4000 to 5000 pounds, and the price increased as well, from $5 to $6.
If we used the retail method to estimate the ending inventory first we get the given of the problem that can be used in solving.
Given
Sales - 200,000
Goods available for sale - 261,000 (cost) & 450,000 (retail)
First, we need to get the cost of retail ratio. the formula is
Cost to Retail ratio= Cost/ Retail
261,000
CRR= ------------- = 0.58
450,000
Next is to get the ending inventory by following this steps
Cost Retail
Cost of Goods Available for Sale $261,000 $450,000
- Sales $200,000
------------------
Ending Inventory $250,000
x Cost to Retail Ratio .58
------------------
Ending Inventory $145,000
So, the estimated ending inventory for the month of July is $145,000.
