Oliver is interested in looking for a new role in the same industry, but not at his current company. In terms of communication networks, which would be the best option for him to communicate with regarding his desire for a new opportunity?

As the manager of your organization, you have decided you need to make changes to the operations of the organization in order to increase efficiency. You are engaging in process reengineering. As a result of process reengineering, what are potential complaints/concerns that your employees may raise and how would you address these complaints. List at least two concerns and how you would address each one. 

Randall was hired as a receptionist at a law firm. On his first day, his supervisor sat with him and explained how to answer the phone, where to pick up the mail, and what to say when clients arrive in the lobby. Then, his supervisor listened in on his first few phone calls. In terms of human resource management, what is taking place?

When a customer sent a message via the website to complain about not receiving a purchase, Kimberly, the customer service representative, emailed back a response that read “I apologize for the issue you have encountered. We had supply chain problems since implementing a JIT system and it was exacerbated by logistical decisions and a breakdown of our EDI link.” What is most likely to contribute to noise in this situation?

Maria is a recent college graduate with a degree in Marketing. She is looking for various jobs to apply for. Whenever she comes across a job that is of interest to her, she reviews the information about the degree that is required for the job. When reviewing this component of the job posting, what is she reviewing?

Which of the following is not a part of the sequence of a normal cough? 

Which of the following may be considered to be contraindications to postural drainage? (Choose all that apply)

Simplify.         

Add the rational expressions. Write your answer in simplest form.    

Find f(-4) for the following.     f(x) = x2 – 3x – 1