Answer:
also known as a financial return, in its simplest terms, is the money made or lost on an investment over some period of time. A return can be expressed nominally as the change in dollar value of an investment over time.
Explanation:
Answer:
$41,400
Explanation:
Tuition will increase by $500 each year
Year 1 tuition = $17,300
Year 2 tuition = $17,800
Year 3 tuition = $18,300
Year 4 tuition = $18,800
Total = $72,200
Scholarship per year = $5000
Total scholarship for 4 years = 4 * $5000
= $20,000
Earnings per year = $2,700
Total earnings for four years = 4 * $2,700
= $10,800
She plans to take out a loan to cover the remaining tuition costs
Loan = Total tuition - (Total scholarship for 4 years + Total earnings for four years)
= $72,200 - ( $20,000 + $10,800)
= 72,200 - (30,800)
= 72,200 - 30,800
= 41,400
Loan = $41,400
Michelle need to borrow $41,400
Answer:
Total Cost of Job X4A: $
Direct material cost ($9,000 x 500 units) 4,500,000
Direct labour cost (300 hrs x $15 x 500 units ) 2,250,000
Overhead applied (100 hrs x $22.50 x 500 units) 1,125,000
Total cost 7,875,000
Explanation:
The total cost of Job X4A is the aggregate of direct material cost, direct labour cost and overhead applied. Overhead is absorbed on the basis of machine hours. Thus, we will multiply the overhead rate by machine hours and number of units produced.
Answer:
B. Target costing forces design engineers to explicitly consider the costs of manufacturing and other aspects of business that traditionally fall outside the engineering department
Explanation:
Target costing needs the design engineers to be active in meeting their customers projection, but it must be inside the target cost requirements. Engineers can not afford to just have their attention on the function and form of design, they must also observe cost under Target costing.
