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:
Skylar wants to pay off her college student loans within five years and Lukas wants to earn at least $40,000 per year.
Students learn about how different work places work,and about what sort of work they might enjoy. employers get to "preview" people who might make good workers when they leave school. Schools learn what workplaces are needing from students and can adjust their their curricula to be more relevant.<span />
Answer:
a Competency
Explanation:
Competency refer to set of capabilities an enterprise possesses relating to performance of a task in an efficient manner in a given specific situation.
Competencies are the sum total of skills, knowledge and capabilities. These are developed over time with application of skills and knowledge.
In the given case, Evergreen reaps benefits with respect to parking area for unwanted aircraft owing to space it possesses and the climate of the location which protects the aircraft from dust and rusting.
This represents a case of competency which has built up over time owing to a capability which has emerged out of application of skills, knowledge and environmental advantage.
Answer: $54,000 per production run
Explanation:
As we are dealing with the decision of whether or not to process the good further, the irrelevant cost would be the cost of producing product B from input R.
This is because this cost has already been incurred to produce product B and so is a sunk cost. Sunk costs are irrelevant to the decision to process further.
30,000 units of B were made from 90,000 units R so the cost of B is:
= 30,000 / 50,000 * 90,000
= $54,000
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<em>The options here are probably for a variant of this question.</em>
