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Latest and Real 101-500 Exam Questions in Three User-Friendly Formats

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The LPIC-1 certification process consists of two exams: 101-500 and 102-500. The 101-500 exam is the first part and covers the basics of Linux administration. The 102-500 exam is the second part and covers more advanced topics, such as networking, security, and shell scripting. Once you pass both exams, you will be awarded the LPIC-1 certification.

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Lpi LPIC-1 Exam 101, Part 1 of 2, version 5.0 Sample Questions (Q67-Q72):

NEW QUESTION # 67
Which shell command is used to continue background execution of a suspended command?

A. &
B. :&
C. cont
D. bg
E. exec

Answer: D

NEW QUESTION # 68
What is contained on the EFI System Partition?

A. The Linux default shell binaries
B. The first stage boot loader
C. The Linux root file system
D. The user home directories
E. The default swap space file

Answer: B

Explanation:
Explanation
The EFI System Partition (ESP) is a special partition on a disk that contains the UEFI boot loaders, applications and drivers for the installed operating systems. The UEFI firmware will load these files from the ESP when the system boots. The ESP is mandatory for UEFI boot and it is usually formatted with a FAT file system. The ESP is part of the 101.1 Determine and configure hardware settings topic of the LPI Linux Essentials certification program12.
The other options are false or irrelevant. The Linux root file system is not contained on the ESP, it is usually on a separate partition with a Linux file system, such as ext4 or btrfs. The default swap space file is not contained on the ESP, it is usually on a swap partition or a swap file on the Linux root file system. The Linux default shell binaries are not contained on the ESP, they are usually on the /bin directory of the Linux root file system. The user home directories are not contained on the ESP, they are usually on the /home directory of the Linux root file system or on a separate partition. References:
* Linux Essentials - Linux Professional Institute Certification Programs1
* Exam 101 Objectives - Linux Professional Institute2
* EFI system partition - ArchWiki3
* /boot/efi Linux partition: What is, usage recommendations

NEW QUESTION # 69
The command dbmaint & was used to run dbmaint in the background. However, dbmaint is terminated after logging out of the system. Which alternative dbmaint invocation lets dbmaint continue to run even when the user running the program logs out?

A. job -b dmaint
B. dbmaint &>/dev/pts/null
C. wait dbmaint
D. bg dbmaint
E. nohup dbmaint &

Answer: E

Explanation:
Explanation
This command will run dbmaint in the background and make it immune to hangup signals, which means it will continue to run even when the user logs out of the system. The nohup command prefixes the command with nohup, which intercepts the SIGHUP signal that is sent to the process when the terminal sessionends. The output of the command is redirected to a file called nohup.out by default, unless specified otherwise. The & symbol puts the command in the background, allowing the user to run other commands in the same shell.
The other commands are incorrect for the following reasons:
* A, job -b dbmaint: This command is invalid and will not work. There is no job command in Linux, and the -b option is not a valid option for any command. The command that is used to list the background jobs in the current shell session is jobs, and it does not have a -b option either.
* B, dbmaint &>/dev/pts/null: This command will run dbmaint in the background, but it will not prevent it from being terminated when the user logs out of the system. The &> symbol redirects both the standard output and standard error of the command to a file or device, in this case /dev/pts/null. However, this device does not exist, and the redirection will fail. Even if the device was /dev/null, which is a special device that discards any output sent to it, the command would still be susceptible to hangup signals and would not survive the logout.
* D, bg dbmaint: This command will not run dbmaint in the background, but it will try to resume a stopped background job with the name dbmaint. The bg command is used to move a stopped foreground process to the background and continue its execution. However, if there is no such process with the name dbmaint, the command will fail. Even if there was such a process, it would still be terminated when the user logs out of the system, unless it was disowned or prefixed with nohup.
* E, wait dbmaint: This command will not run dbmaint in the background, but it will wait for a background process with the name dbmaint to finish and return its exit status. The wait command is used to pause the execution of the current shell until one or more background processes complete.
* However, if there is no such process with the name dbmaint, the command will fail. Even if there was such a process, it would still be terminated when the user logs out of the system, unless it was disowned or prefixed with nohup.
References:
* How to Run Linux Commands in Background | Linuxize
* How to Run Linux Commands in Background | phoenixNAP KB
* How to Run Linux Commands in the Background - MUO
* How to Run Linux Commands in Background & Bring Them Back

NEW QUESTION # 70
The file myfile.txt contains the following data:
joe:x:100:100:Joe:/home/joe:/bin/bash
mike:x:101:101:Mike:/home/mike:/bin/sh
kevin:x:102:102:Kevin:/home/kevin:/bin/sh
matt:x:103:103:Matt:/home/matt:/bin/sh
What output will be displayed on the screen when the following command is executed:
grep -o home myfile.txt

A. No output will be displayed on the screen
B. home
home
home
home
C. /home/joe
/home/mike
/home/Kevin
/home/matt
D. joe
mike
Kevin
matt

Answer: B

NEW QUESTION # 71
Which is the default percentage of reserved space for the root user on new ext4 filesystems?

A. 5%
B. 0%
C. 10%
D. 15%
E. 3%

Answer: A

Explanation:
Explanation
The reserved space is a portion of the filesystem that is only accessible to the root user or users with sudo privileges. The reserved space serves two purposes: to prevent ordinary users from filling up the filesystem completely and crashing the system, and to reduce fragmentation by leaving some free space. The reserved space is set by default to 5% of the total filesystem size when the filesystem is created with the mkfs.ext4 command. This means that 5% of the blocks are reserved for the root user and are not counted as available space by the df command. The reserved space can be changed or disabled by using the tune2fs command with the -m option. For example, to change the reserved space to 1%, use the following command:
sudo tune2fs -m 1 /dev/sdXY
where /dev/sdXY is the device name of the ext4 filesystem.
To disable the reserved space completely, use 0% instead of 1%. However, this is not recommended, as it may affect the performance and stability of the system, especially if the filesystem is almost full.
References:
* Reserved space for root on a filesystem - why?
* Linux : How to reduce the percentage of reserved blocks on ext4 filesystem
* tune2fs(8) - Linux manual page

NEW QUESTION # 72
......

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