Free Python Course

ELSE STATEMENT The else statement will execute only when all conditions will be false 1. If condition1 evaluates to true, code block 1 is executed. 2.If condition2 is false, code block 3 is executed.

ELIF STATEMENT The elif keyword is Python's way of saying "if the previous conditions were not true, then try this condition".

INDENTATION Indentation refers to the spaces at the beginning of a code line. Where in other programming languages the indentation in code is for readability only, The indentation in Python is very important. Python uses indentation to indicate a block of code.

INDENTATION Indentation refers to the spaces at the beginning of a code line. Where in other programming languages the indentation in code is for readability only, The indentation in Python is very important. Python uses indentation to indicate a block of code.

IF STATEMENT EXAMPLE 2 :

IF STATEMENT EXAMPLE 1 :

IF STATEMENT SYNTAX if condition: # execute code block

IF STATEMENT The if statement is a conditional statement in python, that is used to determine whether a block of code will be executed or not. Meaning if the program finds the condition defined in the if statement to be true, it will go ahead and execute the code block inside the if statement.

PYTHON CONDITIONS Python supports the usual logical conditions from mathematics: Equals : a == b Not Equals: a != b Less than : a < b Less than or equal to: a <= b Greater than: a > b Greater than or equal to : a >= b These conditions can be used in several ways, most commonly in "if statements" and loops.

WHAT IS CONDITIONAL STATEMENT ? A conditional statement as the name suggests itself, is used to handle conditions in your program. These statements guide the program while making decisions based on the conditions encountered by the program. Python has 3 key Conditional Statements that you should know: if statement. if-else statement.

UPDATE METHOD IN SET x = {"Code", "With", "Rushi"} y = {"Learn", "Coding", "Easily"} x.update(y) print(x) Output: {'Easily', 'With', 'Learn', 'Rushi', 'Code', 'Coding'}

UNION METHOD IN SET x = {"Code", "With", "Rushi"} y = {"Learn", "Code", "Easily"} z = x.union(y) print(z) Output: {'Code', 'Rushi'}

SYMMETRIC_DIFFERENCE_UPDATE METHOD IN SET x = {"apple", "banana", "cherry"} y = {"google", "microsoft", "apple"} x.symmetric_difference_update(y) print(x) Output: {'microsoft', 'google', 'cherry', 'banana'}

SYMMETRIC_DIFFERENCE METHOD IN SET x = {"apple", "banana", "cherry"} y = {"google", "microsoft", "apple"} z=x.symmetric_difference(y) print(z) Output: {'google', 'microsoft', 'cherry', 'banana'}

REMOVE METHOD IN SET data = {"Code", "With", "Rushi"} data.remove("With") print(data) Output: {'Code', 'Shani'}

Active?

POP METHOD IN SET data = {"Code", "With", "Rushi"} data.pop() print(data) Output:

ISSUPERSET METHOD IN SET x = {"f", "e", "d", "c", "b", "a"} y = {"a", "b", "c"} z = x.issuperset(y) print(z) Output: Truw

ISSUBSET METHOD IN SET x = {"a", "b", "c"} y = {"f", "e", "d", "c", "b", "a"} z = x.issubset(y) print(z) Output: True