Faria Jaheen
Specializing in magnetism, relativity, and quantum mechanics at American International University- Bangladesh. Unlock physics secrets with me!
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Faria Jaheen
Bachelors degree
/ 55 min
Faria - your physics tutor
I am Faria Jaheen, a Bachelors-educated tutor with over a year of experience specializing in Physics tutoring. My personalized learning plans cater to students at all levels, from Elementary to College. I offer a range of specialities including career guidance, homework help, and test prep strategies. With expertise in subjects like Quantum Mechanics, Relativity, and Astrophysics, I make complex topics understandable through real-world applications and engaging experiments. Let's explore the fascinating world of Physics together!
Faria graduated from American International University- Bangladesh
Academic expertise of your physics tutor
Physics experiments
Real world application
Homework help
Review sessions
Test prep strategies
CoTutorAI modules
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Physics class snapshot
My tutoring approach blends collaborative, experimental, and structured methods to deliver personalized tutoring in a wide array of physics subjects like Relativity, Quantum Mechanics, and Astrophysics. By incorporating tech tools such as interactive 3D models, digital whiteboards, and video conferencing, I create engaging and interactive lessons that cater to elementary, middle, high school, and college students. Following curricula like A-Levels, AP Program, and IB, I focus on problem-solving and result-oriented techniques to ensure students grasp complex concepts effectively. With over 50 students taught, my methodology strengths lie in making challenging topics accessible through hands-on activities and tailored guidance, fostering a deep understanding of physics principles across all levels.
Faria - Physics tutor also teaches
Physics
Electromagnetism
Quantum Mechanics
Atomic Physics
Astrophysics
Magnetism
Physics concepts taught by Faria
The session focused on Python object-oriented programming, specifically exploring the definitions, distinctions, and practical applications of class attributes versus instance attributes. The Student and Tutor worked through two coding challenges—a 'Smart Device' class and a 'Bank Account' class—to practice implementing, updating, and accessing these different attribute types. They successfully completed the challenges, reinforcing core OOP concepts.
Declaring Class Attributes
Updating Class Attributes
Accessing Attributes
Declaring Instance Attributes
Class Attributes vs. Instance Attributes
The Student and Tutor engaged in a Python coding session focusing on object-oriented programming. They covered advanced concepts of getters and setters using `@property` and `@setter` decorators, as well as the implementation of private attributes with validation logic. The Student practiced these concepts by refactoring `BankAccount` and `Superhero` classes to protect data and ensure integrity.
Property and Setter Decorators (@property
@attribute.setter)
Encapsulation with Private Attributes (using `__`)
Implementing Getters and Setters (Traditional vs. Decorator)
Data Validation and Error Handling in Setters
The Student and Tutor continued their study of Object-Oriented Programming in Python, focusing on different attribute and method visibility levels: public, protected, and private. They explored encapsulation concepts through practical coding exercises involving banking and password manager systems. The session concluded with the implementation of getter and setter methods, including value validation, and the Student was encouraged to review their notes.
Private Attributes & Methods
Getter Methods (OOP)
Setter Methods (OOP)
Protected Attributes & Methods
Public Attributes & Methods
The Student and Tutor continued their work on Python classes, focusing on defining and implementing methods within a `Superhero` class. They practiced creating class instances, defining `attack` and `heal` methods, and then explored the concept of encapsulation, specifically public attributes. The Student was assigned to take notes on the definition of encapsulation and the characteristics of public attributes.
Defining and Using Class Methods
Class and Instance Initialization
Protected Attributes and Methods
Public Attributes and Methods
Python Bracket Terminology
Introduction to Encapsulation
The session covered Python's object-oriented programming concepts, specifically the `__init__` method for object initialization and the use of docstrings for code documentation. The student practiced implementing these concepts with `Pet` and `Superhero` classes and learned how to access docstring information. The next session will continue with the `Superhero` class implementation.
The `__init__` Method
Docstrings: Documenting Your Code
Class Instances (Objects)
The session focused on Python's Object-Oriented Programming (OOP), reviewing classes, objects, methods, and the `self` keyword. The Student actively worked on two coding challenges: completing a `feed` method for a `Pet` class and debugging a `power_boost` method in a `Superhero` class, practicing method definition, attribute manipulation, and error correction. The next session will begin with a new coding challenge related to these concepts.
Methods: Defining Object Behavior
Classes: Blueprints for Objects
The `self` Parameter
The `__init__` Method (Constructor)
Accessing and Modifying Instance Attributes
Classroom tools used by physics tutor
Interactive diagrams
Flashcards
Quizzes
Video conferencing
Presentations
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