Answer:
The image of truth table is attached.
Explanation:
In the truth table there is a separate table for the expression (A+B).C and for the expression (A.C)+(B.C) you can see in the truth table that the columns of (A+B).C is having same values as the (A.C)+(B.C).Hence we can conclude that (A+B).C is equal to (A.C)+(B.C).
Answer:
The answer is E: All of the above
Explanation:
All of the above scenarios are examples of serious computer crimes. They are crimes that exist in the offline world but take place online. Sexual predators, for instance, mostly take advantage of the anonymity provided by the internet. They often target dating sites and find suitable victims. Cyber bullying and Cyber stalking are just as harmful as any other computer crime. Industrial Espionage may also somehow fall into this category. Less frequently, criminals may steal documents and computer files or more often, illegally gain access to company’s trade secrets on computers and servers.
B. Because conditional statements have an IF before stating the condition
Answer:
Identify the location of the college stand in advance.
Explanation:
One way to save time and get to the colleges that you are most interested in at a college fair is to find out in advance the information about the fair, the colleges that are participating and from that pick the more interesting ones and identify the location of their stands. Like that when you arrive to the fair you can go directly to them and find them easily which will save you a lot of time as you won't be walking around the whole place to find them.
Answer:
A. Sandboxing
Explanation:
The best solution to apply for this task would be Sandboxing. This is a software management strategy that isolates applications from critical system resources and other programs. In doing so you effectively add a secondary security layer on top of the application in order to prevent any and all malware from entering and damaging your overall system. Thus effectively reducing the risk.
