int, float, list, set

int, float, str, bool

char, double, list, dict

str, bool, tuple, array

def

method

procedure

function

To define a function in Python.

To execute code conditionally based on a boolean expression.

To import modules into a Python script.

To create a loop that iterates over a list.

You create a list in Python using curly braces, e.g., my_list = {1, 2, 3}.

You create a list in Python using parentheses, e.g., my_list = (1, 2, 3).

You create a list in Python using angle brackets, e.g., my_list = <1, 2, 3>.

You create a list in Python using square brackets, e.g., my_list = [1, 2, 3].

Tuples are created using square brackets, while lists use parentheses.

Lists can contain only numbers, while tuples can contain any data type.

The main difference is that lists are mutable and tuples are immutable.

Lists are faster than tuples in all operations.

iterate

loop

for, while

repeat

The 'break' statement pauses a loop.

The 'break' statement restarts the loop from the beginning.

The 'break' statement exits a loop.

The 'break' statement skips the current iteration of a loop.

Use the 'read()' function.

Use the 'get_input()' function.

Use the 'scan()' function.

Use the 'input()' function.

The purpose of the 'return' statement is to provide a value from a function to its caller.

To define the function's parameters.

To create a loop within the function.

To end the function execution immediately.

A dictionary is a type of list in Python.

A dictionary in Python is a single value.

A dictionary in Python is a collection of key-value pairs.

A dictionary is a collection of ordered items in Python.

Use switch-case statements to handle exceptions in Python.

Use if-else statements to handle exceptions in Python.

Ignore exceptions and continue execution.

Use try-except blocks to handle exceptions in Python.

To iterate over a sequence or iterable object.

To handle exceptions in Python.

To create a new variable in Python.

To define a function in Python.

'==' is faster than 'is' in execution.

'==' checks data types, 'is' checks values.

'==' is used for assignment, 'is' for comparison.

'==' compares values, 'is' compares identities.

def method_name(self):

def method_name():

method_name(self):

def method(self):

To execute a block of code only once if the condition is true.

To define a function that runs when called.

To create a static loop that does not depend on any condition.

The purpose of the 'while' loop is to execute a block of code repeatedly as long as a condition is true.

int('string')

string.to_int()

str('string')

convert('string')

Indentation is used to define variable types in Python.

Indentation is significant in Python as it defines code blocks and enforces readability.

Indentation is optional in Python and has no effect on code execution.

Indentation is only used for comments in Python code.

Use '/*' to start a comment in Python.

Use '/* comment */' for comments in Python.

Use '#' to write a comment in Python.

Use '//' to write a comment in Python.

You create a dictionary in Python using angle brackets, e.g., my_dict = .

You create a dictionary in Python using parentheses, e.g., my_dict = (key: value).

You create a dictionary in Python using curly braces, e.g., my_dict = {key: value}.

You create a dictionary in Python using square brackets, e.g., my_dict = [key: value].

To end the execution of a conditional block.

To create a loop that iterates over multiple conditions.

To execute a block of code if the previous conditions are false and a new condition is true.

To define a function within a conditional block.

list.clear(item)

list.remove(item)

list.delete(item)

list.pop(item)

Use the 'concat()' method.

Use the 'append()' method.

Use the '&' operator, e.g., str1 & str2.

Use the '+' operator, e.g., str1 + str2.

my_list = [1, 2, 3, 4]

my_list = {1, 2, 3}

my_list = [1, 2, 3)

my_list = (1, 2, 3)

Concatenates two lists together.

Adds a single element to the end of the list.

Inserts an element at a specified index in the list.

Removes the last element from the list.

mylist.locate('item')

mylist.find('item')

mylist.get('item')

mylist.index('item')

Descending order by default

Random order

Alphabetical order by default

Ascending order by default

4

2

5

1

[2, 9, 1]

[5, 9, 1]

[5, 2, 1]

[5, 2, 9]

['apple', 'hello', 'cherry', 'banana']

['apple', 'banana', 'cherry', 'hello']

['apple', 'banana', 'hello', 'cherry']

['apple', 'hello', 'banana', 'cherry']

[6, 4, 3, 1]

[3, 6, 1, 4]

[1, 4, 3, 6]

[1, 3, 4, 6]

3

2

4

1

append() inserts an element at a specified index in the list

append() adds an element to the beginning of the list

insert() adds an element to the end of the list

The main difference between append() and insert() methods in Python lists is that append() adds an element to the end of the list, whereas insert() inserts an element at a specified index in the list.

list[-len(list)]

list[-2]

list[-1]

list[0]

Guam

Saipan

Tinian

Rota