Based on the complete information, it should be noted that the annual demand in a store will be 7800.
<h3>What is demand?</h3>
It should be noted that demand simply means the quantity of goods and services that a customer wants to buy.
In the information given, the annual demand in a store will be 7800. Also, the per unit annual holding for one store is 113.75. The per unit cost for each item is 325.
Learn more about demand on:
brainly.com/question/1245771
Peter's position in the company is of computer systems analyst.
C. computer systems analyst
<u>Explanation:</u>
The System analyst, in order to create an information systems solutions will first identify the business needs and then develop the computer based system which will help fulfil those needs.
To create a business system he needs to have a good understanding of all the specific details of the business and will have to work in a team of people who know the company well and can tell him what exactly the company needs. It's a technical job and one must be skilled in information technology.
Answer:
The correct answer is d. $0.31 per client-visit; $24,766 per month.
Explanation:
The costs can be of fixed nature or a variable nature or of a mixed nature. A mixed costs contains a component of both fixed and variable costs. The high-low method is used to calculate the variable component per unit of a mixed cost. Th formula for high low method is:
Variable cost per unit = (Highest activity cost - Lowest activity cost) / (Highest activity level - Lowest activity level)
the highest activity is in June, 13400 client visits and the highest cost is also of this activity. The lowest activity is in August, 11207 client visits and the lowest cost belongs to this activity.
Variable cost per unit = (28920 - 28235) / (13400 - 11207)
Variable cost per unit = $0.31 rounded off to two decimal places
The fixed cost = Total cost - total variable cost
Taking 13400 activity,
The fixed component is = 28920 - (0.31 * 13400) = $24766 per month
Thus, the correct answer is d.
Answer:
$9,600
Explanation:
Annual Depreciation = Cost – Residual Value/Useful Life
Using the formula
Cost=$57,000
Residual value =$9,000
Useful life =5years
Hence:
$57,000 – $9,000/5
=$48,000/5
= $9,600
The second-year depreciation will therefore be $9,600
Answer:
$4,000
Explanation:
Par value of bonds = $2,000,000
Issue price of bonds = $1,960,000
Discount on bonds payable = Par value of bonds - Issue price of bonds
= 2,000,000 - 1,960,000
= $40,000
Semiannual amortization of Discount on bonds payable = Discount on bonds payable/10
= 40,000/10
= $4,000