They are used for creating video games.

They are used for web development.

They are used for data analysis and machine learning.

They are used for scientific computing.

A bridge connecting thought to action

A highly complex programming language

A language that prioritizes brevity over readability

A language with limited capabilities

Readability

Versatility

Speed

Community support

Bill Gates

Linus Torvalds

Guido van Rossum

Tim Berners-Lee

Float

String

Integer

Boolean

Converts a string to lowercase

Returns the length of a list or string

Converts a number to a string

Rounds a floating-point number

=

==

!=

<>

/* This is a comment */

// This is a comment //

''' This is a comment '''

# This is a comment

2.5

2

2.0

2.25

+

*

–

All of the mentioned

True

False

None

Error

Error

Either 10.4, 56.99 or 76

Any number other than 10.4, 56.99 and 76

56.99 only

matches a pattern at the start of the string

matches a pattern at any position in the string

such a function does not exist

none of the mentioned

["john", "peter"]

["john": 40, "peter": 45]

{"john", "peter"}

("john": 40, "peter": 45)

Terminates the function

Returns a value from the function

Skips the function

Declares a variable

5

10

2

7

1. A function that returns multiple values

1. A function that can accept a variable number of arguments

1. An anonymous function defined using the keyword ‘lambda’

1. A function that can call itself

1. Filters out elements from an iterable based on the lambda function’s result

1. Adds elements to an iterable based on the lambda function's result

1. Sorts elements in an iterable based on the lambda function's result

1. Reverses elements in an iterable based on the lambda function’s result

1. «even»

1. «odd»

1. True

1. False

1. Matches the end of a string

1. Matches the start of a string

1. Matches any character except newline

1. Matches zero or one occurrence of the preceding element

1. (cat|dog)

1. [catdog]

1. cat*dog

1. cat&dog

1. Matches any character except newline

1. Matches zero or one occurrence of the preceding element

1. Matches the start of a string

1. Matches a literal period character

1. Matches a literal 'w' character followed by a plus sign

1. Matches one or more word characters

1. Matches whitespace characters

1. Matches any character except word characters

1. Match any character except whitespace

1. Match a literal 's' character

1. Match any whitespace character

1. Start of a string

Logical OR, matches either the pattern on the left or the one on the right

Matches the start of a string

Matches any digit character

Matches one or more occurrences of the preceding element

1. Matches zero or more occurrences of the preceding element

1. Matches one or zero occurrences of the preceding element

1. Matches exactly one occurrence of the preceding element

1. Matches one or more occurrences of the preceding element

1. \d{10}

1. \d{1,3}-\d{3}-\d{4}

1. \+?\d{1,3}-\d{3}-\d{4}

1. (\d{3}-){2}\d{4}

1. pygame.draw

1. pygame.event

1. pygame.image

1. pygame.sound

1. Sets the screen resolution

1. Creates a game window

1. Initializes the game loop

1. Loads an image

1. Handling user input

1. Managing game objects

1. Controlling the frame rate

1. Loading images

1. pygame.rect()

1. pygame.draw.rectangle()

1. pygame.draw.rect()

1. pygame.draw_square()

1. pygame.QUIT

1. pygame.CLOSE

1. pygame.EXIT

1. pygame.CLOSE_WINDOW

1. pygame.play_sound()

1. pygame.sound.play()

1. pygame.mixer.play()

1. pygame.audio.play()

1. pygame.rotate()

1. pygame.image.rotate()

1. pygame.transform.rotate()

1. pygame.rotate_image()

0 1 2

a b c

0 a 1 b 2 c

none of the mentioned

['H', 'E', 'L', 'L', 'O' ]

[('HELLO', 5)]

[('H', 5), ('E', 5), ('L', 5), ('L', 5), ('O', 5)]

Syntax error

0

1

2

3

1. [1, 2, 3, 4, 5]

1. [1, 4, 9, 16, 25]

1. [2, 4, 6, 8, 10]

1. [0, 1, 4, 9, 16]

1. Lambda functions can contain multiple expressions separated by commas

1. Lambda functions can have named parameters

1.  Lambda functions can contain loops and conditional statements

1. Lambda functions are limited to a single expression

Declares a function

Defines a class named Car with attributes brand and model

1. Creates a list of cars

1. Calls a method

1. To create a new object

1. To initialize the class attributes

1. To delete an object

1. To define a class method

1. It refers to the class itself

1. It refers to the object instance of the class

1. It is a reserved keyword and has no specific purpose

1. It refers to the parent class

1. Matches exactly 2 digits

1. Matches 2 to 4 digits

1. Matches at least 4 digits

1. Matches any digit

1. $

1. \$

1. \d$

1. \E

1. Backspace character

1. Non-word boundary

Match a backslash character

Match any whitespace character

1. Matches zero or one occurrence of the preceding element

1. Matches zero or more occurrences of the preceding element

1. Matches one or more occurrences of the preceding element

1. Matches exactly one occurrence of the preceding element

1. \b[A-Za-z0-9._%+-]+@[A-Za-z0-9.-]+\.[A-Z|a-z]{2,}\b

1. email@domain

1. [a-z]+@[0-9]+\.[a-z]{3}

1. email@.com

1. ^abc$xyz

1. abc.*xyz

1. abc|xyz

1. abc+xyz

1. Match any digit character

1. Match any non-digit character

1. Match a literal 'd' character

1. Match any whitespace character

1. \w+

1. [a-zA-Z]+

1. \D

1. \S

1. Web development

1. Machine learning

1. Game development

1. Data analysis

1. pygame.init()

1. pygame.start()

1. pygame.setup()

1. pygame.begin()

1. screen.fill(color)

1. pygame.fill(color)

1. pygame.draw.fill(color)

1. pygame.display.fill(color)

1. pygame.load_image()

1. pygame.image.load()

1.  pygame.load()

1. pygame.image.load_image()

1. Using pygame.check_collision()

1. Using pygame.rect_collision()

1. Using pygame.rect.colliderect()

1. Using pygame.collision.detect()

1. Handling audio

1. Managing game states

1. Creating game objects

1. Drawing graphics

1. pygame.mouse.current_position()

1. pygame.mouse.get_position()

1. pygame.get_mouse_position()

1. pygame.current_mouse_position()

0. int num = 2
   

0. No suitable option

0. num = float(2)

0. var num = 2

0. $num = 2

0

23

10

11

error

An error in the code

"Found" and "Done"

Found

Done

No more than 3

Unlimited amount

No more than 10

No more than 5

0. localtime

5. time

0. clock

0. Time

5. write()

0. log()

0. out()

0. print()

0. "Hi, name"

0. "Hi, "
   

0. "Hi, John"

0. Error

Use the input() method

Use the get() method

Use the cin() method

Use the read() method

A function cannot call itself

Return type must be specified

The function will always return 1

There are no errors in the code

0. Error because i is not assigned

0. Error due to invalid output

0. Numbers: 1 and 3

0. Numbers: 1, 3 and 5

0. Numbers: 0, 2 and 4

48

52

12

96

There is no correct answer

Loop with postcondition

Loop with precondition

Loop with parameter

4

3

0

5

6

14

9

20

10

4

10

3

2

0. branching

0. Cyclic

Linear

Recursive

0. T[0] = 1
   

0. T = (1) + T[1:]

0. T = (1,) + T[1:]

0. T.startswith(1)

0. For simultaneous iteration over the elements themselves and their indices.

0. To determine the number of elements in a sequence.
   

0. To sort elements by id values.

0. My name is Leo and I'm 31.00000 decades old.

0. My name is Leo and I'm 3.1 decades old.
   

0. My name is {name} and I'm {age / 10:.5f} decades old.

0. My name is Leo and I'm 3.10000 decades old.

0. set

0. list

0. tuple

0. array

0. dict

0. sorted(animals, key='age')

0. sorted(animals, key=lambda animal: animal['age'])
   

0. sorted(animals)

0. Neither option is correct, two dictionaries cannot be compared with each other.

0. 1, 2, 3, {'x': 4, 'y': 5}
   

0. 1 (2, 3) {'x': 4, 'y': 5}
   

0. An exception will be thrown, after the colon it is necessary to go to a new line.

0. 1, 2, 3, 'x=4', 'y=5'
   

0. 1, 2, 3, 4, 5

23. dir(x)

0. help(x)

0. info(x)

0. ?x

0. [1] [] [2]
   

0. An exception will be thrown: there are fewer elements in the list than variables.

0. 1 0 2
   

0. 1 [] 2

0. The names of the arguments accepted by the init method.

0. The names of the arguments accepted by the class.
   

0. The names of the arguments accepted by the class.
   

0. Names of classes generated by this class.

int

float

char

bool

str

1. var x = 10

1. x = 10

1. x := 10

1. set x = 10

1. declare x = 10

1. Variable names are not case-sensitive

1. String variables can be declared either by using single or double quotes

1. Boolean represent one of two values: True or False

1. Variables are containers for storing data values

1. Comments can be used to prevent execution when testing code

2.5

2

3

7

10

1. {1, 2, 3, 3, 4, 5}

1. {1, 2}

1. {1, 2, 3, 4, 5}

1. {3}

1. None of the above

1. To return a value from the function to the caller

1. To terminate the function

1. To specify the data type of the function output

1. To print the output of the function

1. To specify the input of the function

1. Program ends.

1. When break is executed

1. When error is occurred

1. When while statement becomes false

1. Each time continue is executed.

1. (1, 2, 3)

1. {1, 2, 3}

1. [1, 2, 3]

1. {1: 'one', 2: 'two', 3: 'three'}

1. '1, 2, 3'

1. Python Lambda

1. Python Classes

1. Python Inheritance

1. Python Functions

1. Python Decorators

1. To initialize class attributes

1. To define class methods

1. To create class objects

1. To perform calculations

1. To define class properties

1. To convert a list of elements into a dictionary

1. To filter elements in a list based on a condition.

1. To apply a function to each element in a list and return a new list.

1. To reduce a list of elements to a single value

1. To perform mathematical operations on a list of elements and return a

single value

1. None

1. list

1. function

1. float

1. all the above

1. Generators can only be used with the for loop.

1. Generators can be created using the yield keyword.

1. Generators can only be used to generate numbers.

1. Generators are used to create infinite loops.

1. Generators cannot be used to iterate over a collection.

1. To define reusable code with attributes and methods

1. To generate small, anonymous functions

1. To provide a way to loop over a collection of items

1. To handle date and time information

1. To perform mathematical calculations

1. Exchange and store data

1. Clear a dataset.

1. Access and change types

1. Manage data types.

1. Visualize an upcoming request.

1. To define a local variable

1. To define a global variable

1. To access a global variable from within a function

1. To define a new function

1. To define a new function

1. match()

1. search()

1. find()

1. findall()

1. All the above

?

{5:}

+

*

{0:}

match()

search()

findall()

sub()

split()

Special characters that match literal characters

Characters that are used for string formatting

Characters that match any digit

Characters that match any whitespace character

Characters that have special meaning and are used to define the pattern

1. "a" - will append to the end of the file

1. "w" - will overwrite any existing content

1. "x" - will create a file, returns an error if the file exist

1. "a" - will return an error if the file does not exist

1. "w" - will create a file if the specified file does not exist

max()

pow()

random()

len()

all()

1. file = open("example.txt", "r")

1. file = open("example.txt", "b")

1. file = open("example.txt", "a")

1. file = open("example.txt", "rb")

1. file = open("example.txt", "x")

readlines()

read()

readline()

read_files()

readlist()

pygame.display.set_mode()

pygame.display.set_screen()

pygame.transform.scale()

pygame.display.set_size()

none

1. The current position of the mouse cursor

1. The position of the mouse cursor relative to the center of the screen

1. The change in position of the mouse cursor since the last frame

1. The position of the last mouse button click

1. The position of the mouse cursor relative to a specific sprite

0. pygame.event

0. pygame.mixer

0. pygame.sprite

0. pygame.font

0. pygame.image

1. Render, Process, Input

1. Process, Update, Render

1. Input, Process, Render

1. Render, Update, Input

1. Init, Input, Process

1. Use the built-in "input" function in python to read keyboard input.

1. Use a while loop to continuously check for keyboard input.

1. Define an event handler function that checks for keyboard events and add it to the

   event queue

1. Use the "keyboard" module from the pygame library to read keyboard input.

1. Use the "input" method of the pygame "Keyboard" class to read keyboard input

0. pygame.surface

0. pygame.paint
   

0. pygame.drawing

0. pygame.draw

0. pygame.graphic

0. pygame.draw.rect(screen, (0,255,0), pygame.Rect(10, 10, 100, 100), 10)

0. pygame.draw.rect(screen, (0,255,0), Rect(10, 10, 100, 100), 10)
   

0. pygame.draw.rect(screen, (0,255,0), pygame.rect(10, 10, 100), 10)
   

0. pygame.draw.rect(screen, (0,255,0), pygame.rect(10, 10, 100, 100))

0. pygame.draw.rect(screen, (0,255,0), pygame.Rect(10, 10, 10, 100, 100))

1. Applying a constant force to the player character

1. Modifying the player character's position

1. Detecting collisions with the ground

1. Using the physics module

1. All the above

1. By comparing the x and y coordinates of the Snake object's head to the Food object's location

1. By comparing the x and y coordinates of the Snake object's head to the x and y coordinates of each block of the Snake's body

1. By using pygame functions to determine collisions

1. A and C

1. All the above

1. SELECT * from data

1. SELECTallfromdata

1. SELECT # from data

1. Select column from

1. Select ** from data

Create

Insert

Update

Alter

Drop

1. To create a new schema called "mytable"

1. To create a new PostgreSQL database called "mytable"

1. To create a new table called "mytable" with columns "id", "name", and "age"

1. To add a new row to the "mytable" table

1. To modify the structure of an existing table called "mytable"