Answer:
E. 172.16.18.255 255.255.252.0
Explanation:
Oh goodie, this is my home turf.
The answer is E) 172.16.18.255 255.255.252.0
This is because your subnet network ID includes mask \22, which means the ending with 255 255.255.252.0, which is standard for Class B. Only option E falls as an adequate host due to the network being 172.16.16 and broadcasting 16.19.
Answer:
The correct answer to the following question will be Option C (Configuration management).
Explanation:
- A method of device engineering to create and maintain continuity of the functionality, operational and physical characteristics of software with its specifications, configuration and operating details across its existence.
- You will gain profit from:
Decreased risk of interruptions and data leaks through accessibility and keeping track of adjustments to your devices by implementing configuration management.
The remaining three solutions will not be capable of performing these functions. Therefore, the correct answer is alternative C Configuration management.
Answer:
Yes
Explanation:
A nonlinear optimization problem is indeed a optimization problem in which there are nonlinear elements involved either as the objective function or one or more constraints may be nonlinear also. Let me show you an example. Let optimize de following function:

These are the constraints:

The last constraint consists on nonlinear elements, so this problem in fact a nonlinear optimization problem.
It would be A-in house counsel.
Answer:
False. A non void method must return something.
Explanation:
No, a non-void method has return statement in it and it returns a value based on the return type in the method declaration and the implementation of that method. Every non - void method has to return a value depending on its declaration. A non void method should have a return statement in it. As it is a non - void method and has return statement in it, it returns a value based on the implementation of that method. If a void method contains return statement in it, the method exits.