As many as 79% of employees now “work on virtual teams,” be it by email, online collaboration, messaging, video conferences, or some combination of any of the above. A 2013 Pew Research study found “94% of jobholders are Internet users.” This includes full-time, part-time, and freelance workers in technology companies, big corporations, and small businesses, who work in cities, the suburbs, rural America, and everywhere in between.
For most of the last century, communicating professionally meant writing letters, sending faxes, or spending hours on the phone. Not anymore. Email is now the primary means of communication in the modern workplace. We are communicating more, faster, and better than ever before. And employers have been reaping the benefits. A major report cited by British newspaper The Telegraph found that the incorporation of technology into the workplace has led to an “84% increase in productivity per hour for office workers since the 1970s.” The major influencers? Email, business software, and yes, even cell phones.
Thunderbolt ports are audiovisual ports typically used to connect large monitors.
<h3>What is a Thunderbolt port?</h3>
A Thunderbolt is known to be used in systems by users. It is one that helps its users to be able to use one cable to have an access to a high-speed and high-resolution media.
This is often done by using one port along with a cable that is able to access both DisplayPort and PCI Express. Thunderbolt is known to contain technology that has been built into it that helps PCI Express speed to come in a good and better way.
Learn more about ports from
brainly.com/question/10097616
Answer:
(a) What is the best case time complexity of the algorithm (assuming n > 1)?
Answer: O(1)
(b) What is the worst case time complexity of the algorithm?
Answer: O(n^4)
Explanation:
(a) In the best case, the if condition will be true, the program will only run once and return so complexity of the algorithm is O(1)
.
(b) In the worst case, the program will run n^4 times so complexity of the algorithm is O(n^4).