Answer: $192,000
Explanation:
Given that,
Total manufacturing costs = $858,000
Cost of goods manufactured = $666,000
Cost of goods sold = $503,000
WIP - work in progress
Cost of goods manufactured = Beginning work in progress + Total manufacturing costs - Ending work in progress
$666,000 = 0 + $858,000 - Ending work in progress
Ending work in progress = $858,000 - $666,000
= $192,000
Answer:
Tiered brand
Explanation:
Tiered branding is a strategy used to leverage a company's reputation for a product line. This develops a distinct identity for the product line.
In the given scenario Sony brand I being leveraged to promote the Sony Walkman.
Usually the common tiered branding is two tiered branding. The top tier is the parent brand while the second tier is the sub brand.
So Walkman is the sub brand that uses the reputation of Sony to boost awareness and sales of the new product.
Answer: C) direct mail is favored by industrial and commercial property owners.
Explanation:
Direct mail advertising is the method still preferred by most industrial and commercial property owners. This is simply down to the fact that it enables them to build a prospective list of clients that they can always target. They then mail these clients professional ads when there is an opening. The benefit of this is that they are mailing to who they would consider to be an audience more likely to act on the information that way their efforts are not wasted.
Answer:
accounting is a process of analysis and summarising business and financial transactions and verifying the reporting the results...
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Answer: 20,816.215
Explanation:
Given that:
A deposit of $1000 at 4% interest compounding is defined by the growth function:
v(t) = 1000e^0.04t
Where t = number of years.
Find the average value during the first 40 years (that is, from time 0 to time 40.)
(That is t = 0,...,40)
For ease, we can use a python list comprehension to get our values.
v = [1000*2.7182818**0.04*t for t in range(41)]
V gives a list of the value of the deposit from year 0 till 40 years after the deposit.
Average = sum of compounding deposits / number of years
Sum of compounding deposits = sum(v) = $853464.8344
Number of years = len(v) = 41
Hence, average = $853464.8344 / 41
Average = $20,816.215
