<span>October sales forecast projects = 7000
Sold price = $11.50
Desired ending inventory in units is 15 % higher tan the beginning inventory of 1000 units
Total October sales = ?
When we calculate the total October sale, it means we have to multiply the total units sold in October with the price per unit
Total October sales = 7000 x 11.50
= $80,500
So, total October sales are anticipated to be $80,500.</span>
Answer:
Divisional Product Structure
Explanation:
Divisional product structure functions in the manner that the business is centralized and then the resources are divided into various products depending on the needs of the product.
As the company which aims to produce more than one product and has diverse products, it can centralize the basic functions and then put specific consideration on the individual diverse products.
With this structure the organization can perform in each product segment with the increasing quality and generating greater revenue.
Thanks for the free points!!
Answer:
Using High and Low Method
Cost Miles
$
High 1,250 4,000
Low <u>(970) </u> <u>(3,000)</u>
<u> 280 </u> <u>1,000</u>
Variable cost per mile = $2,800/1,000
=$0.28 per mile
Explanation:
In this question, there is need to obtain the difference with the highest cost and lowest cost. We also need to calculate the difference between the highest miles and lowest miles. Finally, we will divide the difference in cost by the difference in miles in order to determine the variable cost per mile.
Answer:
1. Cost to retail ratio = Cost of goods available for sale/ Retail value of goods available for sale
- Cost of goods available for sale = $430000 + $920000 + $62550 = $1412550
- Retail Value of goods available for sale = Retail value of inventory + Net Markup - Net Markdown = $565000 + $1340000 + $61000 - $31000 = $1935000
Cost to retail ratio = Cost of goods available for sale/Retail value of goods available for sale = ($1412550/$1935000)*100 = 73%
Sales value at retail = $1265000
So, Cost Of goods Sold = Sales Value at retail*Cost to retail ratio = $1265000*73% = $923,450
2. Ending Inventory Retail Value = Retail value of goods available for sale-Sales value at retail = $1935000 - $1265000 = $670,000
So, Cost of ending inventory = Ending inventory value at retail*Cost to retail ratio = $670000*73% = $489,100