Answer:
High-tech firms are hiring expensive, sophisticated people who are in high demand compared to fast food franchises and treat them better to avoid losing them to other companies
Explanation:
High-tech firms are hiring expensive, sophisticated people who are in high demand. This brings about a better treatment of their employees because if they do not offer these amenities to employees, they would become employees of other high-tech companies. Individuals with low skill levels do not get high salaries or benefits. They are not in as high demand as highly skilled workers. It is efficient, but many would argue that it is not fair.
The three part process for problem solving are:
1. Analyse the problem: take the problem into parts and consider what could be done and what could not be done.
2. Solve for the unknown: decide on a suitable solution based on the results of the analysis that you carried out.
3. Evaluate the answer: Evaluate your solution to see if it the very best you can come up with.
The product benefits to be highlighted in the marketing based on demographic characteristics are
- beneficial to particular age
- beneficial to particular working class
- beneficial to particular gender etc
<h3>What is the demographic segmentation?</h3>
In marketing, this refers to the segmenting of customers according to gender, age, ethnicity, family size, religion etc.
The use of demographic segmentation in marketing helps to provide the needs and want to consumers based on the demograph gathered from them.
Read more about demographic segmentation
<em>brainly.com/question/15595503</em>
#SPJ1
Answer:
The correct answer is B
Explanation:
The journal entry which is to be recorded for the service revenue at the end of May is as follows:
Unearned Revenue A/c..............Dr $5,333
Service RevenueA/c...........Cr $5,333.
Working Note:
Revenue = Total amount × Number of months / Total months
where
Amount is $8,000
Number of months means at the end of May which is a 2nd month
Total months is 3 months (April, May and June)
= $8,000 × 2 / 3
= $5,333