Answer:
Our brain as a central information processor vs. computer having a central processing unit
Our brain takes sensory input → processing/ sense making → in order to produce behavior as output. Computers work similarly: information input → processing → output task
Computers requires both hardware and software to function. Our body is essentially hardware, what we learn from formal education and informal life experiences are software.
Explanation:
CASE tools are used to boost analyst output, enhance user-analyst collaboration, and incorporate life cycle tasks.
Chip and Anna would communicate with one another and discuss parts of the design that they have finished using CASE tools.
Due to the enormous number of users in a system, CASE tools will help to simplify communication among all users and analysts, therefore this would be helpful to Chip and Anna as well.
They could also employ CASE tools to help them record the data they have obtained from questionnaires, interviews, and document analysis.
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Answer:
Counting the number of elements in the array list smaller than temp.
Explanation:
We have an array list,a previously initialized integer temp and a an integer c initialized with 0.
In the code a for loop is used to iterate over the array and it is checking if the element at jth index is less than temp if it is then increasing the variable c by 1.
Hence when the loop ends the c will be having the count of the integers in array list that are smaller than temp.
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.
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