Answer:
$50,000
Explanation:
The computation of the cost of going the college is shown below:
= College tuition fees per year + boarding fees per year + books and materials charges per year + earnings while working
= $20,000 + $10,000 + $2,000 + $18,000
= $50,000
For computing the cost of going to the college we simply added the total cost that is mentioned in the question so that the accurate amount could come
Answer:
Thw correct answer is A. the beta for software companies that collect and store data.
Explanation:
The life cycle of software launching, in software engineering, is the set of progress states of the computer application creation project, in order to identify how much progress has been made and how much is left until the end. Each important version of a product generally goes through a stage in which the new features are added (alpha stage), then a stage where errors are actively eliminated (beta stage), and finally a stage where all the products have been removed. important errors (stable stage). The intermediate stages can also be recognized. The stages can be formally announced and regulated by product developers, but the terms are sometimes used informally to describe the status of a product. Normally many companies use common code names (for example, the Microsoft project for Cluster was called until its launch as Team Wolf) for versions before the launch of a product, even if the product and features are not secret.
Answer:
Annual demand (U) = 90.000 bags
Cost of each bag = $1.50
Inventory carrying cost per unit(C) = $1.50 × 20% = 0 30
Ordering cost per unit (O) = $15
Part A)
EOQ = 3,000
Part B)
Maximum inventory = EOQ + Safety inventory on hand
Maximum inventory = 3000 + 1000
Maximum inventory = 4.000
Part C)
Average inventory = Maximum inventory + Minimum or Safety /2
Average inventory = 4,000 + 1,000 / 2
Average inventory =2,500
Part D)
How often company order = Annual demand / EOQ
How often company order = 90,000 / 3.000
How often company order = 30
Okay. So it's $10,000 per year, which is $100,000 in 10 years. I'm not so sure how to solve it exactly, but I found a lump sum calculator online. I put the information on that and according to the calculator, today's payment in a lump sum would be $50,894.93. The future value is $100,000 with 10 periods (in this case, years) of the interest rate of 7% once per year. I think that the answer is $50,894.93.
