Assume a computer with three parallel processors CPU1, CPU2 and CPU3. A sequence of jobs J is submitted to this computer where J[i] is the time it takes to execute job i in miliseconds (suppose the performance of each processor is equal). Given a sequence of jobs J ={10, 3, 11, 18, 6, 14, 5, 20, 15} what will be the earliest finish time of all jobs in J when: A) Jobs are distributed to whichever processor is available in arrival order.
B) Jobs are distributed to whichever processor is available by selecting the shortest job first each time.
C) Jobs are distributed to whichever processor is available by selecting the longest job first each time.
D) Compare finish times you computed in 2A through 2C. Can you propose a better algorithm? How? Please explain and compute the earliest finish time of your proposed solution
Note: While assigning jobs, always consider the processors in the order first CPU, then CPU2 and then CPU3.

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You have been supporting csm tech publishing's windows server 2016 server network for over a year. the office has two windows server 2016 servers running active directory and a number of other roles. management has informed you that a small sales office is opening in the same building three floors up. the sales manager wants to install a sales application on a server located in the sales office. this server will have limited physical security because there's no special room dedicated for it, which means it will be accessible to non-it personnel and visitors. you're considering installing windows server 2016 server core on the new server because accessing its console regularly probably won't be necessary, and this server will be managed from one of the other csm tech publishing servers. what are the benefits and drawbacks of using server core for this branch office? what are some things you should do to set up this server management environment?

If you embed a word table into powerpoint, what happens when you make edits to the embedded data? a. edits made to embedded data change the data in the source file; however, edits made to the source file will not be reflected in the embedded data. b. edits made to embedded data will change the data in the source file, and edits made to the source file will be reflected in the embedded data. c. edits made to embedded data don't change the data in the source file, nor will edits made to the source file be reflected in the embedded data. d. edits made to embedded data don't change the data in the source file; however, edits made to the source file will be reflected in the embedded data.