LPI 010-160 Dumps for Linux Essentials - Exam 010, (version 1.6) Success in 2026

The correct command to copy the contents of the directory /etc/, including all sub-directories, to /root/ iscp -r /etc/* /root. This command uses the cp command, which stands for copy, and is used to copy files and directories on Linux and Unix systems.The command also uses the following options and arguments123:

The -r option, which stands for recursive, and tells cp to copy all files and sub-directories of the source directory. Alternatively, the -R option can be used, which has the same effect as -r.

The /etc/* argument, which specifies the source directory and all its contents. The asterisk (*) is a wildcard character that matches any file or directory name. This argument tells cp to copy everything inside the /etc/ directory, but not the directory itself.

The /root argument, which specifies the destination directory. This argument tells cp to copy the source files and sub-directories to the /root/ directory.

The other options are incorrect because they use different commands or syntax that do not copy the contents of the directory /etc/, including all sub-directories, to /root/. For example:

Option A uses the copy command, which is not a valid Linux command. The correct command is cp.

Option C uses the -v option, which stands for verbose, and tells cp to print verbose output. This option does not affect the copying process, but only the output. It also does not include the -r or -R option, which is necessary to copy the sub-directories.

Option D uses the rcp command, which stands for remote copy, and is used to copy files between different hosts on a network. This command is not relevant for copying files on the same host.

Option E uses the -R option, which is correct, but also uses the.argument, which is incorrect. The dot (.) is a special character that matches any single character. This argument tells cp to copy only the files and directories that have a dot in their name, which may exclude some files and directories that do not have a dot.

A typical shell script is a text file that contains a series of commands or instructions that can be executed by a shell interpreter. A shell script usually has the executable permission bit set, which means that it can be run as a program by the user or another program. A shell script also starts with the two character sequence #!, which is called a shebang or a hashbang. This sequence tells the operating system which shell interpreter to use to run the script. For example, #!/bin/bash indicates that the script should be run by the bash shell.Reference:

Linux Essentials - Linux Professional Institute (LPI)1

Linux Essentials - Linux Professional Institute Certification Programs2

The correct command to change the ownership of the file doku.odt to a new owner named tux ischown tux doku.odt. This command uses the chown command, which stands for change owner, followed by the name of the new owner and the name of the file as arguments.The chown command allows you to change the user and/or group ownership of a given file, directory, or symbolic link12. The other options are incorrect because they use different commands or syntax that do not change the ownership of the file. For example:

Option A uses the chmod command, which stands for change mode, and is used to change the permissions of files and directories, not the ownership3.

Option B uses the newuser command, which is used to create a new user account, not to change the ownership of a file4.

Option D uses the transfer command, which is not a valid Linux command.

Option E uses the passwd command, which is used to change the password of a user account, not the ownership of a file5.

The correct command to create an archive file work.tar from the contents of the directory ./work/ is tar --cf work.tar ./work/. This command uses the -c option to create a new archive, the -f option to specify the file name, and the ./work/ argument to indicate the source directory. The other commands are incorrect for various reasons:

A . tar --new work.tar ./work/ is incorrect because there is no --new option in the tar command. The correct option for creating a new archive is --create or -c.

C . tar --create work.tgz --content ./work/ is incorrect because the -content option is not valid. The correct option for specifying the source files or directories is --files-from or -T. Also, the work.tgz file name implies compression, but the command does not use any compression option such as -z, -j, or -J.

D . tar work.tar < ./work/ is incorrect because the tar command does not accept input redirection from the standard input. The correct way to use the tar command is to provide the options and arguments after the command name.

E . tar work > work.tar is incorrect because the tar command does not produce output redirection to the standard output. The correct way to use the tar command is to use the -f option to specify the output file name.Reference: :tar command in Linux with examples - GeeksforGeeks:tar Command in Linux With Examples | phoenixNAP KB

The /usr/share/doc/ directory is the standard location for documentation files for installed software packages on Linux systems12.It contains subdirectories for each package, which may include README files, manuals, license information, changelogs, examples, and other useful resources12.The /usr/share/doc/ directory is part of the Filesystem Hierarchy Standard (FHS), which defines the structure and layout of files and directories on Linux and other Unix-like operating systems3.

The other options are incorrect because:

/etc/defaults/ is a directory that contains settings for userland applications or services/daemons4.

/var/info/ is not a standard directory on Linux systems.The /var/ directory is used for variable data files, such as logs, caches, spools, and temporary files3.

/doc/ is not a standard directory on Linux systems.The / directory is the root of the filesystem hierarchy and contains essential files and directories for booting, restoring, recovering, and/or repairing the system3.

/usr/examples/ is not a standard directory on Linux systems.The /usr/ directory is used for shareable, read-only data, such as binaries, libraries, documentation, and source code3.

Linux configuration: Understanding *.d directories in /etc | Enable Sysadmin

Configuration Files in Linux | Baeldung on Linux

Filesystem Hierarchy Standard - Wikipedia

Which of the Following Directories Contains Information, Documentation ...