Answer:
Option e: The use of programmed decisions should be limited to noncritical situations.
Explanation:
A repetitive decision or routine that can be managed by developed business procedures or rules are known as programmed decisions. These kind of decisions are most often known for at certain points in a standard process, and are planned relying on recognized and easily identifiable terms. Programmed decisions generally do not demand much consideration or discussion, and can typically be automated to make certain consistency and save time for decision-makers.
So, the use of programmed decisions should not be limited to noncritical situations.
Short Answer C
The Primary use of any word processor is to create word documents (like this editor) with the ability to format it with bold letters or <u>underlining</u> or <em>italics</em>. There are many other choices of things to do. All your choices are true but the main one is the third one down.
It can do very simple mathematical calculations if it can create tables (neither of which is possible with this editor. A is incorrect.
D is mostly incorrect. Very few word processors have built in capabilities that would help you with word games. There are some that do. Most don't.
I would hate to create fonts using a word processor. It's remotely possible, but anyone in his right mind would try using a program designed for that.. B is incorrect.
Answer:
Configure DC1 to forward name resolution requests to 192.168.3.0
Explanation:
DC1 is configured in order to use forwarders so that they can send unresolvable host name requests to a DNS server at the main office or the head quarters.
This also prevent sending of DNS spoofing attack to a DNS client
Answer:basic computer skills
Explanation:
How to passed my test
Answer:
B.O(2n)
Explanation:
The time complexity of solving towers of hanoi problem recursively is O(2n) because there are two recursion calls in the solution of tower of hanoi.First recursive call to move n-1 disks to from source to helper then the user moves nth disk from source to destination after that recursion moves n-1 disks from helper to destination using source as helper rod.So each recursive call make two more recursive call this makes the time complexity be O(2n).
