Answer:
Find answers below.
Explanation:
1. Input: it takes in data in its raw format or an item that receives data and transfers them to the process.
- <em>Employees in a management team. </em>
- <em>Program code for a software application. </em>
- <em>Flour for making bread.</em>
2. Process: it converts the data from an input to a usable format. Also, it conveys the processed data (informations) to the output.
- <em>Harvesting a crop. </em>
- <em>Dryer spinning at top speed.</em>
3. Output: it is the result produced by a process i.e the finished product.
- <em>Newly painted structure. </em>
- <em>Freshly mowed lawn. </em>
Which of the following Google tools support collaboration?
1. Docs
2. Sheets
3. Slides
4. All of the Above
Ans. <u>4. All of the Above</u>
Answer: True
Explanation:
Yes, the given statement is true that the data as the service model basically describe about the data quality which could be happened in the centralized place and also enriching the given data. It also offer the data services to the different types of users, system and applications.
The data as a service (DaaS) is similar to the software as s service. The DaaS concept is that it is provided according to the requirement of the user such as data and information of the different types of product and services.
It is technically known as the web delivering service which is offer by the cloud manager and its also perform various types of function.
Since the hypervisor, a component of virtualization, is in charge of managing all physical memory, it can make any memory pages left over in each guest virtual machine available to other virtual machines or the host computer.
<h3>What Exactly Is A Hypervisor?</h3>
A hypervisor is a class of computer software, firmware, or hardware that builds and manages virtual machines (also known as a virtual machine monitor, VMM, or virtualizer). A host machine is a computer on which a hypervisor is running one or more virtual machines, and a guest machine is a specific virtual machine. The hypervisor controls how the guest operating systems are executed and provides them with a virtual operating environment. The visitor often uses the native hardware to carry out instructions, unlike an emulator. The virtualized hardware resources may be shared by several instances of various operating systems. For instance, Linux, Windows, and macOS instances can all operate on a single real x86 computer. Contrastingly, with operating-system-level virtualization, each instance (often referred to as a container) only needs to share a single kernel, while the guest operating systems—such as various Linux distributions using the same kernel—can differ in user space.
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Explanation:
because they only function with that one the gates also prevent it from being able to use it
