Answer:
$1,099,203.00
Explanation:
In this question we have to find out the future value that is shown in the attachment below:
Provided that
Present value = $0
Rate of interest = 8% ÷ 2 = 4%
NPER = 25 years × 2 = 50 years
PMT = $1,200 × 6 months = $7,200
The formula is shown below:
= -FV(Rate;NPER;PMT;PV;type)
So, after solving this, the future value is $1,099,203.00
Answer:
d. $13,575
Explanation:
The cost of the equipment includes all the cost incurred to bring the equipment to a state where it becomes available for use.
These costs are the cost of the equipment, sales tax, freight, repairs during installation and installation cost.
Therefore,
Cost of the equipment = $12,000 + $800 + $200 + $350 + $225
= $13,575
The right option is d. $13,575.
Answer:
B. the decisions around which stages of production to handle internally and which to buy from others.
Explanation:
Supply chain management is fundamentally concerning with the management of a firm's reception of inputs in order to produce output, and with a firm's delivery of those outputs to the final customer.
For example, some firms can have the capability to supply their own raw materials internally, transform them into a finished product, and send the products to the customer.
Other firms have more complicated supply chains: they may buy the raw materials, produce a part of the good in a place, another part in another place, and hire another company to make the deliveries.
Flesch Corporation produces and sells two products, in case if there is any shift in the sales from product Y45E to C90B, then the breakeven will also decrease, since the contribution margin for Product C90B is less than the Product Y45E.
Contribution Margin: Total Contribution ÷ Total Sales
Product C90B:
=(26100-9135) ÷ 26100
= 35%
Product Y45E:
= (33540-15093) ÷ 33540
= 45%
Since the contribution margin of Product C90B < Product Y45E, the breakeven will decrease.
Answer:
The answer is <em><u>C. 40 km^2</u></em>
<em><u>8km*5km = 40</u></em>
A = L*W
L = 8 km
W = 5 km