Comprehensive and Detailed In-Depth Explanation:
If performance is not a primary concern and the user requires large, cost-effective storage, a 2TB 5400rpm SATA HDD is ideal. It offers high capacity at a lower price point than SSDs and faster HDDs.
* Option A: NVMe drives offer exceptional speed but are significantly more expensive per GB and not necessary when read/write speed is not a concern.
* Option B: RAID 1 improves redundancy but cuts usable capacity in half and uses expensive SSDs.
* Option D: SAS drives are fast and reliable but are enterprise-grade and expensive - overkill for desktop use.
CompTIA A+ Core 1 Exam Objective Reference:
* Objective 1.3: Given a scenario, install and configure storage devices.

Explanation:
Primary Array:
* Drag and drop two 120 GB SSD hard drives to the primary array bay.
* Open the primary array and select RAID 1 as the RAID level. RAID 1 provides fault tolerance of one drive, ability to function with only one drive, easily recoverable data, high redundancy, and very fast on reads. It also does not need to be scalable and uses the minimum number of drives (two) for RAID 1.
* Confirm the configuration and close the primary array.
Secondary Array:
* Drag and drop two 300 GB SSD hard drives to the secondary array bay.
* Open the secondary array and select RAID 0 as the RAID level. RAID 0 provides the best write performance and uses the minimum number of drives (two) for RAID 0. It also provides a total space of
600 GB (300 GB x 2), which meets the requirement.
* Confirm the configuration and close the secondary array.
You have completed the configuration of the storage arrays.

The flashing green and orange LEDs on the NIC indicate connection issues. The technician should first check for loose connections, pinched bends, and physical damage, which are the most common causes of connection problems. References: CompTIA A+ Certification Exam Guide, Ninth Edition, Chapter 14

Secure print is the best option to address the concern of printing confidential documents on a shared enterprise multifunction printer (MFP). Secure print requires users to enter a PIN or use an ID card at the printer to release their print jobs. This ensures that documents are only printed when the user is physically present to collect them, preventing sensitive information from being left unattended or viewed by unauthorized individuals.
While a central printer server, audit logs, and Wi-Fi direct printing have their own benefits, they do not provide the same level of immediate security for confidential documents as secure print does. A central printer server centralizes management but does not prevent unauthorized viewing. Audit logs provide a record of activity but do not prevent the initial security breach. Wi-Fi direct printing allows for a direct connection to the printer but does not secure the document during printing.