101-500 VALID EXAM DUMPS | TEST 101-500 VALID

101-500 Valid Exam Dumps | Test 101-500 Valid

101-500 Valid Exam Dumps | Test 101-500 Valid

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Lpi 101-500 (LPIC-1 Exam 101, Part 1 of 2, version 5.0) Certification Exam is a globally recognized certification exam designed for individuals who want to establish their skills and knowledge related to Linux system administration. LPIC-1 Exam 101, Part 1 of 2, version 5.0 certification exam is the first of two exams required to obtain the LPIC-1 certification. LPIC-1 is the first level of the Lpi certification program, which is widely recognized in the IT industry.

Lpi 101-500 Exam is a part of the LPIC-1 certification program. 101-500 Exam is designed to test the fundamental knowledge of Linux operating system administration. 101-500 exam covers a wide range of topics including system architecture, Linux installation and package management, GNU and Unix commands, devices, and file systems. 101-500 exam is a part of the two-part LPIC-1 certification process that is designed to help candidates demonstrate their skills in Linux administration.

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Lpi LPIC-1 Exam 101, Part 1 of 2, version 5.0 Sample Questions (Q266-Q271):

NEW QUESTION # 266
FILL BLANK
Following the Filesystem Hierarchy Standard (FHS), where should binaries that have been compiled by the system administrator be placed in order to be made available to all users on the system? (Specify the full path to the directory.)

Answer:

Explanation:
/usr/local/bin/


NEW QUESTION # 267
A user accidentally created the subdirectory dir in his home directory. Which of the following commands will remove that directory?

  • A. rmdir ~/dir
  • B. rmdir ~/\dir
  • C. rmdir '~/dir'
  • D. rmdir "~/dir"
  • E. rmdir ~/'dir'

Answer: B

Explanation:
Explanation
The rmdir command removes an empty directory. To remove a directory whose name contains a backslash, the backslash must be escaped with another backslash. Therefore, the correct command is rmdir ~/dir. The other commands will either fail to find the directory or interpret the backslash as part of a path name. References:
* [LPI Linux Essentials - 1.3 Basic Editing]
* [LPI Linux Essentials - 1.4 I/O Redirection]
* [LPI Linux Essentials - 1.5 Manage Simple Partitions and Filesystems]


NEW QUESTION # 268
What is the name of the main configuration file for GNU GRUB? (Specify the file name only without any path.)

Answer:

Explanation:
menu.lst, grub.conf, grub.cfg


NEW QUESTION # 269
In Bash, inserting 1>&2 after a command redirects

  • A. standard input to standard error.
  • B. standard output to standard input.
  • C. standard error to standard input.
  • D. standard error to standard output.
  • E. standard output to standard error.

Answer: E

Explanation:
Explanation
In Bash, inserting 1>&2 after a command redirects standard output to standard error. This means that the output of the command that normally goes to the standard output stream (file descriptor 1) will be sent to the standard error stream (file descriptor 2) instead. This can be useful if we want to capture or discard both the normal output and the error output of a command. For example, if we want to run a command and send both its output and error to /dev/null (a special device that discards any data written to it), we can use:
command > /dev/null 1>&2
This will redirect the standard output of command to /dev/null, and then redirect the standard error of command to the same place as the standard output, which is /dev/null. The other options are not correct because:
* A. standard error to standard input: This is not possible, because standard input is a read-only stream, and we cannot redirect output to it.
* B. standard input to standard error: This is not what 1>&2 does, because 1 refers to standard output, not standard input. To redirect standard input to standard error, we would need to use 0>&2, where 0 refers to standard input.
* D. standard error to standard output: This is not what 1>&2 does, because it would require the opposite order of file descriptors: 2>&1. This would redirect standard error to standard output, not the other way around.
* E. standard output to standard input: This is not possible, for the same reason as option A. References:
* Bash redirections cheat sheet
* How to redirect stderr to a file - Linuxize


NEW QUESTION # 270
Which permissions and ownership should the file /etc/passwd have?

  • A. -rw-------1 11531 Jun 5 22:45 /etc/passwd
  • B. -rw-r--r--1 rootroot531 Jun 5 22:45 /etc/passwd
  • C. -rw-------1 rootroot531 Jun 5 22:45 /etc/passwd
  • D. -rw-r--r--1 11531 Jun 5 22:45 /etc/passwd

Answer: B

Explanation:
Explanation
The correct permissions and ownership for the file /etc/passwd are:
B: -rw-r-r-- 1 root root 531 Jun 5 22:45 /etc/passwd
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. The permissions and ownership of the file are important for the security and functionality of the system. The permissions and ownership of the file can be viewed by using the ls -l command. For example:
ls -l /etc/passwd
The output of the command will show the following information:
-rw-r-r-- 1 root root 531 Jun 5 22:45 /etc/passwd
The first column shows the permissions of the file, which are composed of 10 characters. The first character indicates the file type, which is - for regular files. The next nine characters indicate the permissions for the user (owner), the group, and the others, respectively. Each set of three characters indicates the read , write (w), and execute (x) permissions. A dash (-) means no permission. In this case, the permissions are:
* rw- for the user, which means the user can read and write the file, but not execute it.
* r-- for the group, which means the group can only read the file, but not write or execute it.
* r-- for the others, which means the others can only read the file, but not write or execute it.
The second and third columns show the owner and the group of the file, which are both root. The root user is the superuser or the administrator of the system, who has full access and control over the system. The root group is the primary group of the root user, which usually has no other members.
The fourth column shows the size of the file in bytes, which is 531 in this case. The fifth and sixth columns show the date and time of the last modification of the file, which are Jun 5 22:45 in this case. The last column shows the name of the file, which is /etc/passwd in this case.
The other options are not correct because:
* A: -rw------- 1 root root 531 Jun 5 22:45 /etc/passwd: This option has the wrong permissions for the file.
The permissions are 600, which means only the user (root) can read and write the file, and the group and the others have no permissions at all. This would prevent the system users from reading the file, which would cause problems for the login process and other utilities that rely on the file.
* C: -rw-r-r-- 1 1 531 Jun 5 22:45 /etc/passwd: This option has the wrong owner and group for the file.
The owner and group are both 1, which is the numeric ID of the user and group. However, the numeric ID of the root user and group is 0, not 1. The user and group with the numeric ID of 1 are usually bin, which is a system user and group that own some system binaries and directories. Thebin user and group should not own the /etc/passwd file, as this would compromise the security and functionality of the system.
* D: -rw------- 1 1 531 Jun 5 22:45 /etc/passwd: This option has both the wrong permissions and the wrong owner and group for the file. The permissions are 600, which means only the user can read and write the file, and the owner and group are both 1, which is the numeric ID of the bin user and group.
This would prevent the system users from reading the file, and give the bin user and group full access to the file, which would cause problems for the security and functionality of the system.


NEW QUESTION # 271
......

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