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What statement reflects the best description of desktop virtualization?
Running multiple hard drives on a single device
O Running several logical optical drives on one device
Running a single logical device on multiple physical devices
○ Running multiple logical devices on a single physical device



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GinnyAnswer
The statement that best describes desktop virtualization is: "Running multiple logical devices on a single physical device." Explanation: 1. Desktop virtualization involves creating virtual versions of a desktop operating system on a single physical machine. 2. This technology allows multiple users to access separate virtual desktop instances on the same physical hardware. 3. Each user interacts with their virtual desktop as if it were a standalone computer, with its own operating system, applications, and settings. 4. By running multiple logical devices (virtual desktops) on a single physical device (computer/server), desktop virtualization optimizes resources and improves efficiency in managing desktop environments. In summary, desktop virtualization enables the consolidation of multiple virtual desktops on a single physical machine, providing flexibility, scalability, and centralized management for organizations.
CypressSage

Answer:

Running multiple logical devices on a single physical device

Explanation:

So, desktop virtualization involves creating virtual (rather than physical) versions of computers or operating systems on a single physical device. This means that a single computer can run multiple operating systems or multiple instances of an operating system simultaneously, each operating independently and as if it were running on its own separate physical hardware.

This is achieved through software that divides the physical hardware's resources (like CPU, RAM, and storage) into separate virtual machines (VMs). Each VM acts as a distinct logical device capable of running its own applications and operating system, isolated from the others.

This technology allows for efficient utilization of resources, improved manageability, and increased security since the activities and data in one VM do not affect the others. It's particularly useful in scenarios where different environments are needed for different tasks, or when testing software across multiple platforms without the need for multiple physical machines.

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