See the solution in explanation.
Explanation
FinanceApp software is running as a service named "FinanceApp Service". The service description says
"Provides financial data and calculations for the FinanceApp software". The service status is "Stopped", which means that the service is not running and the software is not functional. The service startup type is "Manual", which means that the service needs to be started manually by the user or the administrator. The service log on as is "Local System", which means that the service runs under a predefined local account that has extensive privileges on the local computer.
To fix the issue with the FinanceApp software, you need to do two things:
First, you need to start the service, so that the software can run. To do this, you can right-click on the service name and select "Start" from the menu. Alternatively, you can select the service name and click on the "Start" button on the toolbar. You should see a message saying that the service has started successfully.
Second, you need to change the service startup type, so that the service can start automatically every time the server boots up. This way, you don't have to contact the help desk every time the issue occurs.
To do this, you can right-click on the service name and select "Properties" from the menu. Alternatively, you can select the service name and click on the "Properties" button on the toolbar. You should see a window with several tabs and options. On the "General" tab, under "Startup type", you can select
"Automatic" from the drop-down list. Then, click on "OK" to save your changes.
By doing these two steps, you should be able to use the FinanceApp software without any problems.
The MarketApp software is running as a service named "MarketApp Service". The service description says
"Provides market data and analysis for the MarketApp software". The service status is "Running", which means that the service is running and the software is functional. However, as you reported, the software may crash sometimes, which can cause significant downtime. The service startup type is "Automatic", which means that the service starts automatically every time the server boots up. The service log on as is
"TestAccount", which is a test account that was probably used for development or testing purposes.
To fix the issue with the MarketApp software, you need to do one thing:
You need to change the service log on as, so that the service runs under a proper account that has sufficient permissions and security settings for production use. To do this, you can right-click on the service name and select "Properties" from the menu. Alternatively, you can select the service name and click on the "Properties" button on the toolbar. You should see a window with several tabs and options.
On the "Log On" tab, under "Log on as", you can select either "Local System account" or "This account". If you choose "Local System account", then the service will run under a predefined local account that has extensive privileges on the local computer. If you choose "This account", then you will need to enter a valid username and password for an account that has appropriate permissions and security settings for running the service. You may need to consult with your IT team or your software vendor to determine which option is best for your situation. Then, click on "OK" to save your changes.

Explanation
A cache battery is a battery that provides backup power to the cache memory of a disk array controller. The cache memory stores data that is waiting to be written to the disk array. If the cache battery fails, the data in the cache memory may be lost or corrupted when the power is interrupted. Verified References: [Cache battery], [Disk array controller]

The administrator should use 172.16.19.241 as an IP address to be in compliance with RFC 1918 standard.
RFC 1918 defines three ranges of IP addresses that are reserved for private internets, meaning they are not globally routable on the public Internet and can be used within an enterprise without any risk of conflict or overlap with other networks. These ranges are:
10.0.0.0 - 10.255.255.255 (10/8 prefix) 172.16.0.0 - 172.31.255.255 (172.16/12 prefix) 192.168.0.0 -
192.168.255.255 (192.168/16 prefix)
Out of these ranges, only 172.16.19.241 falls within one of them (172.16/12 prefix). The other options are either public IP addresses that belong to other organizations or networks (11.251.196.241, 171.245.198.241) or invalid IP addresses that do not conform to any standard (193.168.145.241).
Reference: https://whatis.techtarget.com/definition/RFC-1918

Kerberos is a network authentication protocol that uses tickets to allow clients and servers to prove their identity to each other. Kerberos relies on accurate time synchronization between the parties involved, as the tickets have expiration dates and timestamps. If the system clock of a Linux server is off by more than five minutes from the LDAP server or the domain controller, the Kerberos authentication will fail and generate errors. A local firewall is unlikely to block authentication requests if the server can communicate over the network and is configured correctly. The users' passwords are not relevant if they are known-working LDAP credentials. The server has access to the LDAP host if it can communicate over the network and is configured correctly. References:
https://access.redhat.com/documentation/en-us/red_hat_enterprise_linux/6/html/identity_management_guide/kerberos_errors
https://www.ibm.com/docs/en/aix/7.2?topic=authentication-kerberos-time-synchronization

RAID 5 is a storage configuration that uses striping with parity, providing both improved performance and fault tolerance. It requires a minimum of three disks, where data and parity information are distributed across all drives. The storage capacity of a RAID 5 array is calculated as (N - 1) * S, where N is the number of drives, and S is the size of each drive.
Storage Requirements:
* Initial Storage: 1TB
* After 1 Year: Doubles to 2TB
* After 2 Years: Doubles again to 4TB
To accommodate 4TB of data in a RAID 5 setup, we use the formula:
(N - 1) * 1TB # 4TB
Solving for N:
N - 1 # 4
N # 5
Therefore, a minimum of 5 drives, each 1TB in size, is required to meet the projected storage needs. This configuration will provide a total usable capacity of 4TB, with 1TB allocated for parity to ensure fault tolerance.
References:
CompTIA Server+ Certification Exam Objectives (SK0-005): RAID Levels and Types CompTIA Server+ (SK0-005) Study Guide: Chapter on Storage Solutions