Answer:
$4,372.71
Explanation:
Here for reaching the difference in PV between the first and the second offer first we need to follow some steps which is shown below:-
Step 1
Total payment due = Per tire × Bought tires
= $80 × 600
= $48,000
Step 2
Present value factor of 8.4% for 1 year = 1 ÷ (1 + Rate of interest)^Number of years
= 1 ÷ (1 + 8.4%)^1
= 1 ÷ (1 + 0.084)^1
= 1 ÷ 1.084
= 0.92251
Step 3
First offer
Present value = Total payment due × Present value factor of 8.4% for 1 year
= $48,000 × 0.92251
= $44,280.48
Step 4
Second offer
One year payment = Bought tires × Per tire
= 600 × $45
= $27,000
Step 5
Present value = One year payment × Present value factor of 8.4% for 1 year
= 27,000 × 0.92251
= $24,907.77
Step 6
Total present value = Present value of second offer + Tires cost
= $24,907.77 + $15,000
= $39,907.77
Here we can see that first offer is higher than second offer
So,
The difference between the first and the second offer = First offer - Second offer
= $44,280.48 - $39,907.77
= $4,372.71
Answer:
The correct answer is option (c).
Explanation:
Solution
From the question sated above the answer is, Firms or organisation decrease inventory because the more we spend on inventory, the more we will need to spend on the other related inventory expenditures.
The reason is because if the inventory is kept full or complete, then the cost related or connected with the maintenance of the inventory increases or goes up and it is not beneficial for the company itself.
Answer:
The loss on early extinguishment is $8677.5
Explanation:
First of all,one needs to compute the carrying value of the bond as at the date of the call in order to determine the loss on early redemption.
carrying value =book value+interest expense-coupon payment
book value is $966,500
interest expense=$966,500*13%*6/12=$62,822.50
coupon payment=$1000,000*11%*6/12=$55,000
carrying value=$966,500+$62,822.50-$55,000=$ 974,322.50
Loss on redemption =call price -carrying value of the bond
call price is $983,000
loss on early redemption=$983,000-$974,322.50 =$8,677.5
Answer:
$48.50
Explanation:
Harlow Corporation
First step is to calculate for Variable cost per unit:
Variable cost per unit =
$270,000 ÷ 20,000 units
= $13.50 per unit
Second step is to calculate for the cost function
Cost function :
Y = $630,000 + $13.50X
Y= $630,000 + $13.50(18,000)
Y=$630,000+$243,000
Y = $873,000
Therefore:
Total cost / number of units = total cost per unit$
Total cost =$873,000
Number of units= 18,000
$873,000 ÷ 18,000
= $48.50
Therefore the total cost per unit is $48.50
