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[General] Quiz 2026 Latest 010-160: Test Linux Essentials Certificate Exam - version 1.6 B

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【General】 Quiz 2026 Latest 010-160: Test Linux Essentials Certificate Exam - version 1.6 B

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Lpi Linux Essentials Certificate Exam - version 1.6 Sample Questions (Q64-Q69):NEW QUESTION # 64
Which of the following directories must be mounted with read and write access if it resides on its own dedicated file system?
  • A. /lib
  • B. /usr
  • C. /etc
  • D. /var
  • E. /opt
Answer: D
Explanation:
The /var directory must be mounted with read and write access if it resides on its own dedicated file system. The reason is that the /var directory contains files and directories that are expected to change in size and content as the normal operation of the system progresses, such as logs, spool files, and temporary files1. Therefore, the /var directory needs to have enough space and permission to accommodate these changes. If the /var directory is mounted as read-only, some system services and applications may fail to start or function properly2.
The other options are not directories that must be mounted with read and write access if they reside on their own dedicated file system. The /opt directory contains optional or third-party software packages that are not part of the default installation1. The /lib directory contains libraries and kernel modules that are essential for the binaries in /bin and /sbin directories1. The /etc directory contains configuration files for the system and applications1. The /usr directory contains user-related programs, libraries, documentation, and data1. These directories are usually mounted as read-only to prevent accidental or malicious modification of their contents3. Reference:
Linux Essentials Exam Objectives, Version 1.6, Topic 102.1, Weight 3
Linux Essentials Certification Guide, Chapter 2, Page 34-35
Linux Filesystem Hierarchy, Chapter 3, Page 17-18

NEW QUESTION # 65
What information is stored in/etc/passwd? (Choose three correct answers.)
  • A. The users default shell
  • B. The numerical user ID
  • C. The user's storage space limit
  • D. The username
  • E. The encrypted password
Answer: A,B,D
Explanation:
Explanation
The /etc/passwd file is a plain text-based database that contains information for all user accounts on the system. It is owned by root and has 644 permissions. The file can only be modified by root or users with sudo privileges and readable by all system users. Each line of the /etc/passwd file contains seven comma-separated fields, representing a user account. The fields are as follows:
* Username: The string you type when you log into the system. Each username must be a unique string on the machine. The maximum length of the username is restricted to 32 characters.
* Password: In older Linux systems, the user's encrypted password was stored in the /etc/passwd file. On most modern systems, this field is set to x, and the user password is stored in the /etc/shadow file.
* User ID (UID): The user identifier is a number assigned to each user by the operating system to refer to a user. It is used by the kernel to check for the user privileges and grant access to system resources. The UID 0 is reserved for the root user and cannot be assigned to any other user.
* Group ID (GID): The user's group identifier number, referring to the user's primary group. When a user creates a file, the file's group is set to this group. Typically, the name of the group is the same as the name of the user. User's secondary groups are listed in the /etc/group file.
* User ID Info (GECOS): This is a comment field. This field contains a list of comma-separated values with the following information: User's full name or the application name, Room number, Work phone number, Home phone number, Other contact information.
* Home directory: The absolute path to the user's home directory. It contains the user's files and configurations. By default, the user home directories are named after the name of the user and created under the /home directory.
* Login shell: The absolute path to the user's login shell. This is the shell that is started when the user logs into the system. On most Linux distributions, the default login shell is Bash.
Therefore, the correct answers are B, C, and E. The user's storage space limit (A) is not stored in the
/etc/passwd file, but in the /etc/quota file. The encrypted password (D) is not stored in the /etc/passwd file, but in the /etc/shadow file. References:
* Linux Essentials Topic 104: The Linux Operating System, section 104.4: Runlevels and Boot Targets.
* Linux Essentials Topic 106: Security and File Permissions, section 106.1: Basic security and identifying user types.
* Linux Essentials Topic 106: Security and File Permissions, section 106.2: Creating users and groups.
* Understanding the /etc/passwd File | Linuxize
* Understanding the /etc/passwd File - GeeksforGeeks
* passwd(5) - Linux manual page - man7.org
* Understanding /etc/passwd file in Linux - DEV Community

NEW QUESTION # 66
Which of the followingtaroptions handle compression? (Choose two correct answers.)
  • A. -bz
  • B. -z2
  • C. -z
  • D. -j
  • E. -g
Answer: C,D
Explanation:
Explanation
The tar command is used to create or extract compressed archive files that contain multiple files or directories.
The tar command has the following syntax: tar [options] [archive-file] [file or directory...]. The options argument specifies how the tar command should operate and what kind of compression should be used. The archive-file argument is the name of the archive file to be created or extracted. The file or directory argument is the name of one or more files or directories to be included in or extracted from the archive file.
The following are some of the common options for the tar command:
* -c: create a new archive file.
* -x: extract files from an existing archive file.
* -t: list the contents of an archive file.
* -v: show the progress of the operation.
* -f: specify the name of the archive file.
* -z: use gzip compression or decompression.
* -j: use bzip2 compression or decompression.
* -J: use xz compression or decompression.
The options -z and -j are used to handle compression with the tar command. The option -z uses the gzip program to compress or decompress the archive file, which usually has the extension .tar.gz or .tgz. The option
-j uses the bzip2 program to compress or decompress the archive file, which usually has the extension .tar.bz2 or .tbz. Both gzip and bzip2 are popular compression programs that reduce the size of files by removing redundant or unnecessary information.
For example, to create a compressed archive file called backup.tar.gz that contains the files and directories in the current directory, the following command can be used:
tar -czvf backup.tar.gz .
To extract the files and directories from the archive file backup.tar.gz to the current directory, the following command can be used:
tar -xzvf backup.tar.gz
To create a compressed archive file called backup.tar.bz2 that contains the files and directories in the current directory, the following command can be used:
tar -cjvf backup.tar.bz2 .
To extract the files and directories from the archive file backup.tar.bz2 to the current directory, the following command can be used:
tar -xjvf backup.tar.bz2
The other options in the question are not related to compression. The option -bz is invalid, as there is no such option for the tar command. The option -g is used to create or update an incremental archive file, which only contains the files that have changed since the last backup. The option -z2 is also invalid, as there is no such option for the tar command. References:
* Linux Essentials Version 1.6 Objectives: 3.1. Archiving Files on the Command Line1
* Linux Essentials Version 1.6 Exam Study Resources: Linux Essentials Manual - Chapter 9. The Power of the Command Line - 9.1. Archiving Files on the Command Line - 9.1.1. The tar Command2
* Linux Essentials Version 1.6 Exam Study Resources: Linux Essentials Manual - Appendix A. Answers to the Exercises - Chapter 9. The Power of the Command Line - 9.1. Archiving Files on the Command Line - Exercise 9.1.12

NEW QUESTION # 67
Which of the following programs are web servers? (Choose two.)
  • A. NGINX
  • B. Postfix
  • C. Dovecot
  • D. Apache HTTPD
  • E. Curl
Answer: A,D
Explanation:
Explanation

NEW QUESTION # 68
Which of the following values could be a process ID on Linux?
  • A. 0
  • B. /sys/pid/9a14
  • C. fff3
  • D. 60b503cd-019e-4300-a7be-922f074ef5ce
  • E. /bin/bash
Answer: A
Explanation:
A process ID on Linux is a unique integer value that identifies a running process. The process ID can range from 0 to a maximum limit, which is usually 32768 or higher, depending on the system configuration. The process ID of 0 is reserved for the kernel's idle task, and the process ID of 1 is reserved for the init system, which is the first process launched by the kernel. The process IDs are assigned sequentially to new processes, and are recycled when a process terminates. Therefore, the only valid value for a process ID among the given options is 21398, which is an integer within the possible range. The other values are not valid process IDs because they are either strings, hexadecimal numbers, or file paths, which do not match the format of a process ID on Linux. Reference:
Linux Essentials - Linux Professional Institute (LPI)
How Are Linux PIDs Generated? | Baeldung on Linux

NEW QUESTION # 69
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