Even if we reached the state where an AI can behave as a human does, how do we measure if Al is acting like a human? and how can we be sure it can continue to behave that way? We can base the human-likeness of an AI entity with the: Turing Test, the Cognitive Modelling Approach, The Law of Thought Approach, and the Rational Agent Approach. Explain in detail these terms with suitable examples.​

Answer:

Website: a set of related web pages located under a single domain name, typically produced by a single person or organization

Webpage: a hypertext document on the World Wide Web

The term “web site” is commonly used to describe a collection of web pages and related content published simultaneously on at least one server and identified by a common domain name. A web site is a collection of many web pages that are linked together under the domain name of the same company.

Web pages are a type of hypertext document which can be found on the World Wide Web. In a web browser, a user can view a web page that has been delivered by a web server to their computer. It is the name “web page” itself that is a metaphor for the binding of paper pages together to make a book.

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A program to demonstrate doubly linked list using pointers – insert (beginning, end, middle), delete(beginning, end, middle),view) is:

/* Initialize nodes */

struct node *head;

struct node *one = NULL;

struct node *two = NULL;

struct node *three = NULL;

/* Allocate memory */

one = malloc(sizeof(struct node));

two = malloc(sizeof(struct node));

three = malloc(sizeof(struct node));

/* Assign data values */

one->data = 1;

two->data = 2;

three->data = 3;

/* Connect nodes */

one->next = two;

one->prev = NULL;

two->next = three;

two->prev = one;

three->next = NULL;

three->prev = two;

/* Save address of first node in head */

head = one;

This refers to the linked data structure that contains of a set of sequentially linked records called nodes.

The requested program is given above.

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An action which takes place in the Define step of the game development cycle is: C. determining the goals of the game.

GDLC is an acronym for game development life cycle and it can be defined as a strategic methodology that defines the key steps, phases, or stages that are associated with the design, development and implementation of high quality gaming software programs (applications).

In Computer science, there are seven (7) phases involved in the development of a gaming software program and these include the following;

In this context, we can infer and logically deduce that determining the goals of the game is an action which takes place in the Define step of the game development cycle.

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Which action takes place in the Deploy stop of the game development cycle?

Answer: is D. Releasing the game and collecting feedback from users

The seriousness of  the risks to your computer security is not to be a severe one. This is because Computer security risks  are due to the handwork of  malware such as, bad software, that can infect a  computer, and make the hacker to destroy your files, steal your data, or even  have access to your system without one's knowledge or authorization.

The term “information security risk” is known to be those  damage that occurs due to  an attacks against IT systems. IT risk is made up of a wide range of potential events, such as data breaches, regulatory enforcement actions, financial costs, and a lot more.

Some Examples of malware are viruses, worms, ransomware, spyware, and a lot others.

Hence, The seriousness of  the risks to your computer security is not to be a severe one. This is because Computer security risks  are due to the handwork of  malware such as, bad software, that can infect a  computer, and make the hacker to destroy your files, steal your data, or even  have access to your system without one's knowledge or authorization.

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if(value_ 30)

Explanation:

es igual 30 espero que te sirva

Answer:

"

if 'marsupial' in dictionary:

   del dictionary['marsupial']

else:

   print("The key marsupial is not in the dictionary")

"

Explanation:

So you can use the keyword "in" to check if a certain key exists.

So the following code:

"

if key in object:

   # some code

"

will only run if the value of "key" is a key in the object dictionary.

So using this, we can check if the string "marsupial' exists in the dictionary.

"

if 'marsupial' in dictionary:

   # code

"

Since you never gave the variable name for the variable that references a dictionary, I'm just going to use the variable name "dictionary"

Anyways, to delete a key, there are two methods.

"

del dictionary[key]

dictionary.pop(key)

"

Both will raise the error "KeyError" if the key doesn't exist in the dictionary, although there is method with pop that causes an error to not be raised, but that isn[t necessary in this case, since you're using the if statement to check if it's in the dictionary first.

So I'll just use del dictionary[key] method here

"

if 'marsupial' in dictionary:

   del dictionary['marsupial']

else:

   print("The key marsupial is not in the dictionary")

"

The last part which I just added in the code is just an else statement which will only run if the key 'marsupial' is not in the dictionary.

The special reason why assembler language is preferred to high level language is that  It is said to be memory efficient and it is one that requires less memory.

It implies means that the programs that one uses to write via the use of high-level languages can be run easily on any processor that is known to be independent of its type.

Note that it is one that has a lot of  better accuracy and an assembly language is one that carries out a lot of better functions than any high-level language, in all.

Note also that the advantages of assembly language over high-level language is in terms of its Performance and accuracy as it is better than high-level language.

Hence, The special reason why assembler language is preferred to high level language is that  It is said to be memory efficient and it is one that requires less memory.

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