The marketplace is full of both potential and non-potential customers which makes this statement <u>True</u>.
<h3>Are both potential and non-potential customers in the market?</h3>
The market does indeed have both potential customers for a product and non-potential customers who would not want to buy the product.
As a result, it is not possible to directly market to only potential customers, but to the entire marketplace.
Find out more on potential customers at brainly.com/question/3053467.
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Answer: 25,200 pounds
Explanation:
Your question is incomplete as it lacked the first part. I attached a completion that I found.
The company has a policy that the ending inventory of foam each month must be equal to 30% of the following month's expected production needs.
This means that in August, the Opening inventory will be 30% of what was is needed in August and the Closing Inventory will be 30% of what is needed in September.
Remember that each cushion requires 2 pounds of foam as stuffing.
Pounds required in August
= 12,000 cushions * 2
= 24,000 pounds
Opening Stock
= 30% * (12,000 * 2)
= 7,200 pounds
Closing stock
= 30% * ( 14,000 * 2)
= 8,400 pounds.
Foam needed to be purchased in August = Pounds required tonbe produced + Closing Stock - Opening Stock
= 24,000 + 8,400 - 7,200
= 25,200
25,200 pounds of foam are what The Porch Cushion Company needs to purchase in August.
Answer:
The answer is $5767641.92
Explanation:
PV of an Annuity = C x [ (1 – (1+i)-n) / i ]
PV of an Annuity = $1,600,000 x [ (1 – (1+0.12)-5) /0.12 ] = $5767641.92
The present value of the prize is $5767641.92
Answer:
The change in the dollar amount of inventory is $200 due to change in the inventory costing method.
Explanation:
The variable cost per unit is $6.00 while the fixed cost per unit is $2.00
Variable cost per unit = $6.00
Absorption cost pet units = $8.00
Total cost under absorption costing = Absorption cost per unit / number of units in ending inventory
Total absorption cost = $8.00 × 100 = $800
Total cost under variable cost = Variable cost per unit × number of units in ending inventory
Total variable cost = $6.00 × 100 = $600
Change in cost = Total absorption cost - Total variable cost
Change in cost = $800 - $600 = $200