Answer:
The is the type of consumption is typically associated with the wealthy but can also apply to any economic class.
Explanation:
Answer:
You should configure a DHCP superscope.
Explanation:
The problem here is that after the host #200 is connected to your LAN, the next host IP is going to be the APIPA Address(Automatic Private Internet Protocol Addressing) because the server don´t have any IP to offer, in windows server you must configure a feature of the DHCP service called superscope. A superscope is a feature of Windows Server DHCP that enables to serve multiple IP subnets to the same physical LAN, this feature will enable another subnet in your system so any host connected must have a valid IP address.
Answer:
Replace /* Your solution goes here*/ with the following
<em>void SwapArrayEnds(int sortArray [], int lent){
</em>
<em> int temp = sortArray[0];
</em>
<em> sortArray[0] = sortArray[lent-1];
</em>
<em> sortArray[lent-1] = temp;
</em>
<em>}
</em>
<em />
Explanation:
This defines the function SwapArrayEnds with two parameter (the array and the array length)
<em>void SwapArrayEnds(int sortArray [], int lent){
</em>
This declares an integer variable "temp" and initializes it with the first element of the array
<em> int temp = sortArray[0];
</em>
The next two lines swap the last element with the first
<em> sortArray[0] = sortArray[lent-1];
</em>
<em> sortArray[lent-1] = temp;
</em>
<em>}
</em>
<em />
<em>See attachment for full program</em>
Answer: D. Multiply the number of microseconds by 1,000.
Explanation:
In order to convert microseconds to nanoseconds, it should be noted that one should multiply the number of microseconds by 1,000.
For example, if we want to convert 12 microseconds to nanoseconds. This will be:
= 12 × 1000
= 12000 nanoseconds.
Therefore, with regards to the information given above, the correct option is D.
1: Application
2: Presentation
3:Session
4: Transport
5:Network
6: Data link
7: Physical
Application is a Interface Layer and responsible Layer
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