Answer:
below is a Shell I have ;
1.Import java.nio.file.*;
2.Import java.nio.file attribute.*;
3.Import java.10 Exception;
4.public class FileStatistics
5.{
6.public static void main(string []args)
7.{
8.path file=
9.
paths.get("C:\\Java\\chapter.13\\TestData.txt")
10.try
11.{
12.\\declare count and then display path, file, name and folder name.
13.
14.
15.
16.\\declare a BasicFileAttributes object, then add statements to display the file's size and creation time.
17.
18.}
19.
20.catch (10 Exception e)
21.{
22.\\add display 10 Exception
23.
24.}
25.}
Answer:
The main physical components of cloud infrastructure are networking equipment, servers and data storage
Answer:
TCP is a connection-oriented protocol
UDP does not acknowledge a receipt of data
Explanation:
TCP (Transmission Control Protocol) is a protocol to transfer data, this is one of the most important protocols on the entire internet, this method was implemented from the beginning of the network.
UDP (User Datagram Protocol) this is a protocol faster than TCP because this method doesn't establish a connection to sent data, in this case, always sent data, but TCP is more secure than UDP, and for that UDP is used to transfer music or videos, and TCP websites and database.
UDP doesn't need acknowledgment is done by UDP, is only concerned with speed.
Answer:
<u>because the conclusion is not in agreement with the two premises.</u>
Explanation:
<em>Remember</em>, the term<u> syllogism</u> refers to the form of reasoning that draws its conclusion based on the stated premises. In other words, a conclusion is reached if it satisfies <em>all or part </em>of the premises.
In this case, the statement "No computer is made of clay" and "All computers are electronic devices" should be inferred to mean, <em><u>No </u></em><em>electronic devices are made of clay" </em>not<em> </em><em>"Some electronic devices are not made of clay," </em>since the two premises neither suggest that electronic devices are made from clay.
Answer:
For question a, it simplifies. If you re-express it in boolean algebra, you get:
(a + b) + (!a + b)
= a + !a + b
= b
So you can simplify that circuit to just:
x = 1 if b = 1
(edit: or rather, x = b)
For question b, let's try it:
(!a!b)(!b + c)
= !a!b + !a!bc
= !a!b(1 + c)
= !a!b
So that one can be simplified to
a = 0 and b = 0
I have no good means of drawing them here, but hopefully the simplification helped!
