These are different file types used under Linux
1. .tar and archieve files and need to be untared before use
2. .bin could be binary files in(elf format)
3. source file could be normal ASCII files.
Traditionally in /usr/src/linux.
There are programs you can download that will read Linux file systems. Common file systems are ext2 and ext3.
google "download kali", look for kali.org site and download the iso file according to your system specs.
Yes. You can download any type of file you want using a standard web browser, BitTorrent client, or other file-sharing application.
None.
The first file system Linux supported was the MINIX file system.
There is no set file manager in linux. Examples of Linux file managers include but: Nautilus (GNOME) Thunar (XFCE) Dolphin (KDE)
No, but you can go to romulation.net and search for a flipnote.nds (rom file) and then download it. But inorder to use the rom file you must download a no$gba emulator or a DeSmuMe emulator and then open the rom file from there. Best of wishes to you to get to play around with flipnote on your PC. *If you have a Macintosh or Linux computer, you may google or yahoo search "flipnote .nds rom for mac" and "DesSmuMe emulator for mac" [or] "no$gba emulator for mac" or "flipnote .nds rom for linux" and "DeSmuMe emulator for Linux" and "no$gba emulator for linux".
You don't "extract" a torrent file, as they contain little data to begin with, and none of it would be useful in another form. Their purpose is to instruct a BitTorrent client on what tracker to connect to to download a file, along with checksum information for the file. For Linux, the most common BitTorrent clients are Transmission, KTorrent, and Vuze.
use a Linux CD like ubuntu. run it without make installation.with Linux file explorer find blank torrent files and simple delete it. peri.nic.
curl, wget
The Linux VFS (Virtual File System) may be thought of as a sort of interface between the Linux kernel and the mounted file systems. There can be many different file system types mounted simultaneously and VFS allows the Linux kernel to see and address them all in a similar way. This provides Linux with a great deal of flexibility. [JMH]