Scenario 2 would be correct
Answer:
correct option is a. $36,000
Explanation:
given data
labor cost = $360,000
move material per year = 600,000 pounds
to find out
material handling cost
solution
we find here first Labor Cost per pound of material that is express as
Labor Cost per pound of material = Labor Cost ÷ Number of Pounds of material .......................1
Labor Cost per pound of material = 
Labor Cost per pound of material = $ .6 per pound of material
=360000/600000= $0.6 per pound of material
so we can say that 60000 pounds are moved in March so cost will be
60000 pounds are move cost = 60000 × $0.6
60000 pounds are move cost = $36000
so correct option is a. $36,000
Answer:
The principal repaid in the second year will be $33,296.
Explanation:
Out of each 37,341.79 payment a part of it will be principal repayment and a part of it will be interest payment. When the first 100,000 is paid (0.059*100,000)=5,900 is interest and (37,341-5,900)= 31,441 is principal repayment which means, that in the second year the principal remaining is (100,000-31,441)=68,559. So the interest payment in the second year will be (0.059*68,559)=4,045 and the principal repaid will be (37,341-4,045)=33,296.
Answer:
Present Value = $22,663.69
Explanation:
<em>The present value of a sum expected in the future is the worth today given an opportunity cost interest rate. In another words ,it is amount receivable today that would make the investor to be indifferent between the amount receivable today and the future sum.</em>
The present value of a lump sum can be worked out as follows:
PV = FV × (1+r)^(-n)
PV - Present value - ?
FV - Future value - 26,800
r- Interest rate per period - 4.28%
n- number of periods- 4
PV = 26,800 × (1.0428)^(-4)=22,663.69
PV = $22,663.69
Answer:
because he was not a big boss voting in his own version and was just about the same questions that he was doing in his first place to help him out
