Answer:
The correct answer to the following question will be "Guest Integration Service".
Explanation:
Integration resources are often a packaged package of applications that enhances connectivity between the hosting network as well as the virtual device when enabled throughout the VM.
- This also seamlessly integrates time between both the visitors and server OS and could provide a pulse and folder compatibility.
- It offers a Hyper-V network interface for unidirectional copying of data from and to another virtual machine.
This package of tools will help to fix compatibility problems. So, that is the right answer.
Let the message be M : 1001 0001 and the generator function is G : 1001
Solution :
CRC sender
<u> </u>
1001 | 1001 0001 000
<u> 1001 </u>
<u> 0000 0001 </u>
1000
<u> 1001 </u>
0001 000
<u> 1 001 </u>
0001
Here the generator is 4 bit - 1, so we have to take three 0's which will be replaced by reminder before sending to received--
eg 1001 0001 001
Now CRC receiver
<u> </u>
1001 | 1001 0001 001
<u> 1001 </u>
0000 0001
<u> 1001 </u>
1000
<u> 1001 </u>
0001 001
<u> 0001 001 </u>
0000
No error
ANSWER:
The correct answer is Running Sum.
Explanation:
A report has a column of totals, with each total adding to the cell above it. Such type of calculated figure is called the Running Sum.
Running sum is also called the Partial Sum. In such type of summation, the values in the sequence is added to get a final result and then if a new number comes, it is again added to the grand sum, and in this way the sequence continues. Every new entry is added to the previous sum to get another sum.
Answer:
len()function:
Explanation:
that's for python btw
i also know java if you want a java version
When computers need to use more memory than have RAM, they'll swap out pages of memory to their drive. When they need those memory pages, they'll swap out others and swap in the needed ones. If a computer needs enough additionall memory, it can get so busy swapping that it doesn't have any (or very little) time to do any useful work. That is called thrashing.
Unix calls swapping swapping. Windows calls it paging, probably because of the memory pages. Memory pages are 4096 (4KB) sections of memory.
Unix drives are usually partitioned with a swap partition, and swap files can be made in the filesystem. Windows just has pagefiles[s].