Let's return to the OOP topic. The `Exception` is a class that has different instances.

print("=== FIRST CASE ===")
try:
    "string" + 5  # string + int
except TypeError as error:
    print("TypeError:", error)
    print("Is instance of TypeError:", isinstance(error, TypeError))

print("=== SECOND CASE ===")
try:
    "string" / 10  # string / int
except TypeError as error:
    print("TypeError:", error)
    print("Is instance of TypeError:", isinstance(error, TypeError))

So, we have different instances of the `TypeError` class with different messages

# Exception Hierarchy
The `Exception` classes have a class hierarchy:

Every Exception class is inherited from the `BaseException` class.

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First, you have to learn how to handle errors. Python has tools for this. Of course, you need to understand an "Error" term in Python. You can get acquainted here.

Dive into the Exceptions concept and find out new knowledge about errors and their helpful.

	First Case	Second Case
Class	`TypeError`	`TypeError`
Action for exception	`str + int`	`str / int`
Message	`can only concatenate str (not "int") to str`	`unsupported operand type(s) for /: 'str' and 'int'`

	First Case	Second Case
Class	`TypeError`	`TypeError`
Action for exception	`str + int`	`str / int`
Message	`can only concatenate str (not "int") to str`	`unsupported operand type(s) for /: 'str' and 'int'`

Error Handling in Python

Exception Hierarchy

Exception Hierarchy

Error Handling in Python

Exception Hierarchy

Exception Hierarchy