The sudo configuration file (/etc/sudoers) defines the rules for granting privileges to users or groups to execute commands as another user, usually the superuser or root. The format of the sudo configuration file is as follows:
user_list host_list=effective_user_list tag_list command_list
The user_list specifies the users who can run the commands, the host_list specifies the hosts where the commands can be run, the effective_user_list specifies the user as whom the commands can be run, the tag_list specifies some options for the commands, and the command_list specifies the commands that can be run.
In this case, the user_list is jane, the host_list is ANY (meaning any host), the effective_user_list is not specified (meaning root by default), the tag_list is NOPASSWD or PASSWD (meaning whether a password is required or not), and the command_list is /bin/kill, /bin/id, or /sbin/fdisk.
Therefore, the sudo configuration file allows jane to run /bin/kill, /bin/id, or /sbin/fdisk as root on any host, but with different password requirements. Specifically:
* Jane can run /bin/kill without specifying a password, because the tag_list is NOPASSWD for this command. This means that jane can execute sudo /bin/kill and the command will run as root without asking for any password. This makes option D true.
* Jane can run /bin/id without specifying a password, because the tag_list is also NOPASSWD for this command. This means that jane can execute sudo /bin/id and the command will run as root without asking for any password. This makes option E true.
* Jane can run /sbin/fdisk after specifying her password, because the tag_list is PASSWD for this command. This means that jane can execute sudo /sbin/fdisk and the command will ask for jane's password before running as root. This makes option C true.
The other options are false because:
* Jane cannot run /bin/id only after specifying her password, because the tag_list is NOPASSWD for this command. This makes option A false.
* Jane cannot run /sbin/fdisk after specifying root's password, because the password that is required is jane's password, not root's password. This makes option B false.
References:
* LPI Linux Essentials: 1.4. Using sudo
* LPI Linux Administrator: 102.5. Use Debian package management
* LPI Linux Engineer: 201.1. Measure and Troubleshoot Resource Usage
* LPI Linux Professional Certification Program

/etc/cups/ cups-files.conf
Explanation:
The top-level directory which contains the configuration files for CUPS is /etc/cups. CUPS stands for Common UNIX Printing System, which is the printer and print job manager for Linux. The /etc/cups directory contains several configuration files related to CUPS, such as cupsd.conf, which is the main configuration file for the cupsd print server daemon, and printers.conf, which contains the definition of the printers. The
/etc/cups directory is part of the topic 108.4: Manage printers and printing, which is one of the objectives of the LPI Linux Administrator - 102 exam12. References: 1: LPI Linux Administrator - 102 (LPIC-1) 2: Exam
102 Objectives

An alias in bash provides the benefit of allowing a string to be substituted for the first word of a simple command. This means that you can create a shortcut or alternative name for a command that is already installed on your system, and use the new name to run the command instead of the original name. For example, you can create an alias for the ls -la command, which lists all files and directories in the current directory with detailed information, by running the following command:
alias ll='ls -la'
After defining the alias, you can use the ll command to execute the ls -la command. The alias will be active for the duration of the current shell session, unless you make it persistent by adding it to your shell startup file (such as ~/.bashrc for the Bash shell).
The other options are incorrect for the following reasons:
A: An alias does not provide faster lookups for commands in the system directory. The system directory is where the executable files for the commands are stored, and the shell uses the PATH variable to search for them. An alias does not affect the PATH variable or the system directory.
B: An alias does not create a local copy of a file from another directory. An alias is a way to rename a command, not a file. To create a local copy of a file, you can use the cp command.
C: An alias does not hide what command you are running from others. An alias is a way to simplify the use of a command, not to conceal it. Anyone can see what command an alias represents by using the type command or the alias command without any arguments.
Reference:
LPI E - alias
105.1 Lesson 1 - Linux Professional Institute Certification Programs
How to Create Bash Aliases | Linuxize
How to create a permanent Bash alias on Linux/Unix - nixCraft
bash - How do create an alias in shell scripts? - Stack Overflow