Enabling encryption of all data that are stored on a desktop or laptop computer is generally considered: essential for any computer.
<h3>What is information security?</h3>
Information security can be defined as a preventive practice which is typically used to protect an information system (IS) that use, store or transmit information, from potential theft, attack, damage, or unauthorized access, especially through the use of a body of technologies, encryption, frameworks, processes and network engineers.
<h3>The types of security control.</h3>
In Cybersecurity, there are three (3) different types of security control and these include the following:
In this context, we can infer and logically deduce that the use of encryption, endpoint security, firewalls, intrusion detection systems (IDS), and biometric fingerprint readers is generally considered essential for any computer that stores data, unless they aren't sensitive information.
Read more on information security here: brainly.com/question/14286078
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If someone wants to put data in order (ascending or descending) they should sort the data.
c. Sort
<u>Explanation:</u>
Sorting is the process of arranging the data on the basis of some property or attribute. Using the find command, conducting a query, and mapping the data would not help.
There are various sorting algorithms like the bubble sort, selection sort, insertion sort, quick sort, and merge sort. Out of all the attributes, one or a combination of attributes can be selected to serve as the basis for sorting.
Answer:
Unix
Explanation:
UNIX is simply an operating system developed by Bell Laboratories in the 1960s. Ever since then, it has been constantly worked upon and developed. It is an operating system because it is a suite of programs capable of making a computer to function. Unix is considered to be a stable, multi-user, and multi-tasking system for both desktops and laptops and even servers.
Answer:
See attachment for flowchart
Explanation:
The flowchart is represented by the following algorithm:
1. Start
2. Input Mass
3. Input Volume
4 Density = Mass/Volume
5. Print Density
6. Stop
The flowchart is explained by the algorithm above.
It starts by accepting input for Mass
Then it accepts input for Volume
Step 4 of the flowchart/algorithm calculated the Density using the following formula: Density = Mass/Volume
Step 5 prints the calculated Density
The flowchart stops execution afterwards
Note that the flowchart assumes that the user input is of number type (integer, float, double, etc.)
Adam might have forgotten to loop the guessing code, meaning that instead of letting him guess multiple times, it simply does it once and ends the program. This could be fixed by adding a while loop, or something of the sort, that doesn't let the user finish the program until they guess the number correctly, while adding to the variable that stores the number of guesses each loop.
