Answer:
Following are the types of installation matched to its respective definitions.
<h3>Upgrade installation:</h3>
What you do when you have a computer with an existing operating system that needs to be upgraded.
This means that while working on a window when you get attracted by the update introduced recently and you upgrade your window accordingly.
For example: Updating a window from 8 to 10 or desired features.
<h3>Multiple boot installation:</h3>
What you do when you have several operating systems on one computer.
In this type of installation, a computer has different windows for different accounts. You can boot to the desired installed window by switching account.
<h3>Clean installation:</h3>
What you do on a brand new computer that has never been set up before and does not have an operating system on it yet.
It can be defined as the installation of window done very first time on to the computer. Sometimes when the window gets deleted due to virus or any other factor, the installation at that time will also be termed as Clean Installation.
<h2>
I hope it will help you!</h2>
Answer:
Answer to the following question is as follows;
Explanation:
Windows 7 for 100 users and Windows 8.1 for 25 users are the best options since they both enable networking and active directory, and Windows 8.1 also offers Windows server capabilities.
Winxp would therefore work for $100, but it is unsupported and has no updates.
If you wish to go with open source, you can choose Ubuntu 16 or 18 or Linux.
Answer:
0010
Explanation:
Serially left shifted means that the left most bit will enter the register first. The left most bit already stored in the register will move out of the sequence. The "bold" bits mentioned below highlight these left most bits:
Initial State of the Register:
0000
Group of bits entering:
1011
<u>First Clock Cycle:</u>
0000 <em>(This bold bit will move out)</em>
1011 <em>(This bold bit will move in from right side, shifting the whole sequence one place to the left).</em>
The resulting Sequence:
0001
<u>Second Clock Cycle:</u>
0001 <em>(This bold bit will move out)</em>
1011 <em>(This bold bit will move in from right side, shifting the whole sequence one place to the left).</em>
The resulting Sequence:
0010 <em>(Final Answer)</em>
