Answer:
Hope i helped:)
Explanation:
1) All places 0
2)2 of the same numbers canceling each other for example (-400, +400) (except column 2 because it has 7 free boxes witch means 1 of the boxes have to equal to 0)
Answer:
$1,241
Explanation:
For computing the net advantage to leasing first we have to determine the total cash flow from leasing and total cash flow from buying which is shown below:
For leasing:
Year Lease payment PVF at 5.8% Present value
1 $6,500 0.9452 $6,144
2 $6,500 0.8934 $5,807
3 $6,500 0.8444 $5,489
Total outflow $17,440
For buy:
Year Outflow or inflow PVF at 5.8% Present value
0 ($23,000) 1 ($23,000)
1 $1,610 0.9452 $1,522
2 $1,610 0.8934 $1,438
3 $1,610 0.8444 $1,359
Total outflow $18,681
Now the net advantage to leasing is
= Buy outflow - leasing outflow
= $18,681 - $17,440
= $1,241
Answer: Alternative 3 will be selected.
Explanation:
The system that should be selected is the alternative that is better than the other alternatives by being higher than MARR if selected.
First compare A1 to A0
The rate of return here is 18% which is higher than the MARR of 15% so Alternative 1 should be chosen over A0 which is to do nothing.
Compare A1 to A2
If A2 is chosen over A1, the incremental return is 10% which is less than the MARR of 15% so A2 should not be chosen over A1. A1 should instead be chosen over A2.
Compare A1 to A3
If A3 is chosen over A1 then the incremental return would be 18%. This is higher than the MARR of 15% so Alternative 3 should be chosen over Alternative 1.
Alternative 3 should be chosen over A1 which should be chosen over A2 and A0.
A3 will therefore be selected.
Answer:
Profit margin = 9.74%
Explanation:
We know,
Profit Margin = (Net income after tax/Net sales) x 100
Profit margin is a profitability ratio that measures the company's overall performance. It also show how company performs financially.
Given,
Year 2,
Net Sales = $484,000
Net income after tax = $47,150
Therefore,
Profit Margin = 
Profit Margin = 9.74%
Hence, company is performing financially well.
<span>This is an example of reverse logistics. This takes in the entire shipping chain from the recipient of the parcel back to the original sender, and is just as important to customer relations as the original chain from the retailer through the customer. Having an easy reversal chain can make it much simpler to process customer requests for returns and exchanges with a minimum of downtime and resources expended.</span>
