Explanation:
Mainframes typically run on large boxes with many processors and tons of storage, as well as high-bandwidth busses. PCs are desktop or mobile devices with a single multi-core processor and typically less than 32GB of memory and a few TBs of disk space. Second, a mainframe OS usually supports many simultaneous users.
Answer:
By segmenting networks, it becomes easier to protect the most sensitive data that you have on your internally-facing network assets. The creation of a layer of separation between servers containing sensitive data and everything outside of your network can do wonders to reduce your risk of data loss or theft.
Explanation:
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Answer:
The correct answer to the following question will be "Ribbon".
Explanation:
- In the configuration of the computer interface, the ribbon is indeed a graphical controlling feature in the format of a series of toolbars mounted on several tabs. The standard ribbon layout requires large toolbars, loaded with graphical keys, tabbed as well as other visual control features, organized by feature.
- The aim of the ribbon should be to provide quick and easy access to widely used activities for each system. The ribbon is therefore tailored for each task and includes program-specific commands. Besides, the top of a ribbon contains multiple tabs that can be used to disclose various groups of commandments.
Therefore, Ribbon it the suitable answer.
#1) A(n ________ cpu has two processing paths, allowing it to process more than one instruction at a time.
Answer: Multi-core. A multi-core processor is a single computing component with two or more independent actual processing units (called "cores"), which are units that read and execute program instructions. The instructions are ordinary CPU instructions, but the multiple cores can run multiple instructions at the same time, increasing overall speed for programs.
Answer:
The computer can do 12000 searches per second. Suppose there are 60000 inventory items. And we need to search one item from it in a sequential manner. The computer can do 12000 searches in one second. Hence it can search in a list of 60000 inventory in 5 seconds, as 12000 x 5 =60000 searches, in the worst case. And if the item is below 12000 on the list, it will take less than 1 second(1/12000 sec in best case), and so on.
And if we assume that the list is sorted, and perform a binary search. then in the worst case, the number of searches required in the worst case will be 60000/2= 30000. And the time required will be 30000/12000= 5/2=2.5 seconds, and (1/24000) seconds in the best case. Its 1/24000 as its binary search.
Explanation:
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