When joan got transferred to a new city, she went there ahead of the rest of her family and independently shopped for and purcha

Options:

very high, given both expectancy and valence levels are elevated

moderately high, since high valence and instrumentality compensate for low expectancy

moderate, as high expectancy and valence levels counteract low instrumentality

low, since motivation requires high expectancy, instrumentality, and valence.

Answer:

low, since motivation hinges on high expectancy, instrumentality, and valence.

Explanation:

The expectancy theory of motivation posits that an individual will be driven to perform if they perceive their efforts will yield a positive reaction from their employer or result in satisfactory compensation. An employee who doubts their ability to meet the demands for a promotion will have a diminished level of motivation.

Answer:

Faculty Advisor or Research Mentor

IRB Office

Explanation:

The Institutional Review Board (IRB) primarily ensures the protection of human subjects' rights and well-being in research conducted under its jurisdiction.

Obtaining IRB approval is mandatory before initiating any research.

Federal laws mandate that studies involving human participants must be reviewed by an IRB, which either approves or determines exemption of the project prior to beginning any research activities.

Response:

D

Justification:

Answer:

Ensuring Shelia comprehends the economic reasoning behind staff layoffs.

Explanation:

Discussing layoffs and related communications is an uncomfortable matter not only for the employee facing termination but also for the individual tasked with conveying the news.

The main point to remember when addressing layoff-related topics is the difference between layoffs and termination due to performance issues. Layoffs are never indicative of someone's personal performance or errors; they are consistently linked to broader business circumstances, like necessary downsizing. Essentially, layoffs are fundamentally about economic matters impacting the organization.

This is why mentioning individual qualities during the layoff process is irrelevant, as the termination is not the employee's fault.

Answer:

The query lacks completeness:

The production line yields 100,000 chips annually.

All chips are sold.

The production cost for each chip is roughly $9.00.

Testing each chip incurs about $4.00.

Repairing a chip, including labor and materials, is around $2.00.

This repair expense covers the re-testing.

Post-testing profit for each chip is $0.25.

Shane manages a team of fifteen full-time employees.

Under Shane's oversight, there are also two part-time workers.

The manager overseeing Shane has been with the organization for nearly 7 years.

Shane has maintained a good rapport with Rob, his manager, for several years.

The inquiries are as follows:

1. What percentage of the chips might be defective if Xanthum, Inc. orders 15,000 chips from Shane's line?

• There is one defect in every 150 chips, so the percentage of defective chips = (1 / 150) x 100 = 0.667%.
• Thus, for an order of 15,000 chips from Xanthum, approximately 100 will likely be flawed.

2. Is this failure rate acceptable? Considering it from Xanthum’s point of view? And from the manufacturer’s perspective? Why or why not?

• From Xanthum's viewpoint, no level of defects is acceptable. I would return the defective chips and most likely cease future purchases. If the chips are used in further manufacturing, any defective ones could harm the product's reputation and lead to financial losses.
• From the manufacturer's angle, this rate is tolerable since 99.333% of the chips are fine. The real issue isn't the minuscule failure rate, but rather the lack of action taken regarding it.

3. Considering Shane's line produces 100,000 chips each year, what are the costs for:

a) Testing and repairing each chip?

• Testing all chips will cost 100,000 x $4 = $400,000.
• Repair expenses = (100,000 x 0.667%) x $2 = $1,333.33.

b) Testing all chips and discarding the defective ones?

• Testing all chips will cost 100,000 x $4 = $400,000.
• Costs due to discarded chips = 667 chips x ($9 + $4) = $8,671.

c) Testing no chips and replacing customers’ chips as required?

• If no chips are tested, the testing expense is $0.
• The number of defective chips returned could be from 0 to 667. If 0 are returned, the replacement cost is $0. When 667 chips are returned, the replacement costs come to (667 x $9) + lost profit from the replaced chips = $6,003 + [667 x ($4 + $2 + $0.25)] = $6,003 + $4,168.75 = $10,171.75 plus any additional costs for replacements.

4. Is Rob’s assessment reasonable? What about his claim that it saves money to not discard defective chips?

• Since the expense of replacing flawed chips is significantly less than repairing and testing them, Rob is justified in saying that not repairing leads to greater profits. However, he fails to account for how selling faulty chips impacts the company’s sales. As mentioned in question 2, if I were a client, I would no longer buy chips from Rob’s company due to their defects. The costs associated with defective products can lead to lawsuits and damage the brand’s reputation. Rob is focusing on production costs without considering other potential repercussions. For instance, if Xanthum produces medical equipment using faulty chips that result in failures, they could be sued by clients, and Rob’s company would face similar legal challenges.