Answer: 6%
Explanation:
The annual payments can be considered to be annuity payments as they are constant. The amount borrowed can be considered the present value of the annuity.
Present value of annuity = Annuity * Present value interest factor of annuity, 8 years, %?
178,960 = 28,819 * Annuity factor
Annuity factor = 178,960 / 28,819
= 6.20979
To find out the interest rate, look at the Present Value of Annuity table and go to the 8 period column. Look for 6.20979. The interest rate that intersects with this factor is the interest rate implicit in this agreement.
That rate is 6%.
Answer:
Create the following lists. There are ten names and five lists of test scores. The correspondence between the names and the test scores are determined by positions. For example, the test scores for Cindy are 67, 92, 67, 43, 78. Drop the lowest of the five test scores for each student and average the rest and determine the letter grade for that student. Make sure your printout is the same as mine with the same column widths
lowest of the five scores is 43
dropping the lowest, the we have= 67, 92, 67 and 78
Average the rest= 67+92+67+78/4
Average= 76
The grade is A irrespective of the grading point used
Explanation:
Yes definitely depends on that
Based on the direct materials, the direct labor, and the manufacturing overhead, the cost of finished goods on hand is $33,600.
<h3>What is the cost of finished goods on hand for this job?</h3><h3 />
Cost of goods on hand is:
= Cost of goods per unit x Number of goods on hand
Cost of goods per unit is:
= (44,000 + 24,000 + 16,000) / 3,000 units
= $28 per unit
Cost of goods on hand:
= 28 x (3,000 - 1,800)
= $33,600
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Answer: $3,150,000
Explanation:
Total cost of production will be the total sum of the material costs, labor costs and indirect costs.
Indirect Costs
It was estimated that 12,000 machine hours would be used at a cost of $60 million.
Indirect cost per machine hour is;
= 60,000,000/12,000
= $5,000 per hour
With 200 machine hours, indirect cost is;
= 200 * 5,000
= $1,000,000
Total cost of production = 1,250,000 + 900,000 + 1,000,000
= $3,150,000
