Installation of Kali Linux on Virtual Machine: A Comprehensive Guide

This document offers a comprehensive guide to installing Kali Linux on a virtual machine, covering the necessary steps from initial setup to the completion of the installation process. It explains the concept of virtual machines, differentiating between system and process virtual machines, and highlights their applications, particularly in server environments. The document delves into the capabilities and limitations of virtual machines, including their ability to run programs on older platforms, enable cross-platform development, and offer efficient resource utilization. It also addresses the advantages of using virtual machines for running multiple operating systems simultaneously, and the benefits for security and testing purposes. The document explores the use of virtual machines for running Windows software on Linux systems, emphasizing the importance of virtual machines for security and software compatibility. The document also provides several references to further enhance understanding of the subject.

Steps for Installing Kali Linux
Open the Virtual Machine.
Open File Menu and Select New Virtual Machine

Select Typical option and click on next
Select on Installer disc image

Select Linux Option

Select Size Minimum 20GB Hard Disk
Click on Finish, then start installation

Installation start select Graphical Install
Define Hostname and click on continue

Give Password of the System , if not give then default password is root
Select entire disk use

//Select all files in one Partition

Select on finish partition
// Select yes , for changes to disks

Start installation
Continue installation

Select no for network mirror use
Select yes, for GRUB boot loader to the master boot record

Select boot loader installation
Installation Complete and click on continue

Kali Linux Window open
Answer a)
Virtual Machine is an entirely disconnect solitary working structure establishment on your
common working framework. It is executed by programming copying and equipment
virtualization. It is a thing use of a physical machine - PC - that works and performs
analogically to it. Virtual machines are allotted in two classes in light of their use and
correspondence to an actual blue machine: framework virtual machines and process virtual
machines. In the first place, portrayal gives an entire framework mastermind that executes
finish the way toward working structure; the second one will run a separate program. A
critical piece of the time different virtual machines with their own OS's are utilized as a bit of
server establishing, where specific associations are kept running in free virtual conditions, yet
on the same physical machine.
PCs move in the contraption they use and run unmistakable activities and working structures.
Every so often we ought to require the handiness and cutoff of another PC system running
with no other individual PC. It may be that the hardware for the other system never again
exists or is difficult to reach, or we may wish to have a few modifications of a PC running in
the interim on one apparatus structure. We can use programming to impersonate the other PC