When you validate a customer, you are: . Ensuring that the customer will buy the product b. Ensuring that a solution currently
1 answer:
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Answer:
Normal:
$ 3,509.7470
$ 563.7093
$ 2,000.00
Due:
$3,930.9167
$ 597.5319
$ 2,000.00
Explanation:
We solve using the formula for common annuity and annuity-due on each case:
(annuity-due)
<u>First:</u>
C 200.00
time 10
rate 0.12
Normal: $3,509.7470
Due: $3,930.9167
<u>Second:</u>
$563.7093
$597.5319
<u>Third:</u>
No interest so no time value of money the future value is the same as the sum of the receipts regardless of time or being paid at the beginning or ending.
1,000 + 1,000 = 2,000
Answer and Explanation:
The preparation of the analysis shows whether the assemblies should process further or not is presented below:
Differential revenue (38,000 units × ($51 - $44)) $266,000
Differential costs:
Direct material (38,000units × $2 per unit) ($76,000)
Direct labor (38,000units × $2 per unit) ($76,000)
Variable overhead (38,000units × $1 per unit) ($38,000)
Fixed costs ($160,000 - $225,000) ($65,000)
Additional income (loss) from processing further $11,000
Since the amount comes in positive so it should be processed further
