Answer: C
Explanation: Computing Device A is connected using 3 wires, which all lead to multiple different paths of wires. If you break all the wires off of A, it leaves it with no paths to use. However, if you do this with E, there is 4 differents paths connected to it. Since you need the MINIMUM, the answer would be C.
Answer:
OSI Model and TCP/IP Model
Explanation:
Answer:
<em>#include <iostream></em>
<em>using namespace std;</em>
<em>//function definition</em>
<em>void send_variable(int num){</em>
<em> cout<<"The Number is "<<num<<endl;</em>
<em>}</em>
<em>// main function begins here</em>
<em>int main()</em>
<em>{</em>
<em> int x =15; //declares an it variable and assigns 15</em>
<em> // Calls the function send_variable</em>
<em> send_variable(x);</em>
<em> return 0;</em>
<em>}</em>
Explanation:
Using C++ programming language we created the function called send_variable and in the main function we call this function which only displays the value of an int variable passed unto it.
Answer:
b. This would set the group ownership of file1 to root.
Explanation:
Linux allows user to have his own files and regulate the ability of other users to access them. The <em>chown</em> command allows you to use the appropriate utility to change the owner of a file or directory.
The basic command syntax is as follows:
# chown [options] <owner name: owner group name> <file or directory name>
For example, if you want to give a user <em>root</em> opportunity to use the <em>file1.txt</em> file as he wishes, you can use the following command:
# chown root file1.txt
In addition to changing the owner of a file, the group of its owners or both can be changed at the same time. Use a colon to separate the username and user group name (without the space character):
# chown user2:group2 file1.txt
As a result, the user with the name <em>user2</em> will become the owner of the <em>file1.txt</em> and its group will become <em>group2</em>.
In your case omitting username
# chown :root file1.txt
will change owner group only.
