Reshma Hafeez
Experienced math teacher: engaging, interactive teaching and skilled in building a personalised learning experience




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Reshma Hafeez
Bachelors degree
/ 55 min
Reshma - Know your tutor
My name is Reshma Hafeez, and for over fifteen years, I have devoted my career to helping students unlock their potential and develop confidence in mathematics. Teaching math has always been more than a profession for me—it’s a lifelong passion rooted in the belief that every student can succeed when guided with patience, clarity, and encouragement. Over the years, I’ve had the privilege of teaching learners at all levels and I’ve seen how the right approach can transform math from a subject of anxiety into one of achievement. My teaching journey began with a simple goal: to make math meaningful and accessible to all students, regardless of their background or skill level. I quickly learned that effective teaching requires not only strong subject knowledge but also the ability to connect with students, understand their challenges, and adapt lessons to suit their learning styles. That’s why I take a personalized approach to instruction. Over the course of my career, I have taught a wide range of mathematical topics—algebra, geometry, trigonometry, and calculus—tailored to various grade levels and curriculums. Whether it’s preparing a high school student for a challenging exam, helping a college learner refine their analytical reasoning, I strive to make each session both productive and enjoyable. I believe that math becomes easier when students see its relevance in their everyday lives and gain the confidence to approach problems independently. In addition to my classroom experience, I specialize in test preparation and homework help, supporting students who are aiming for academic excellence or need extra guidance to strengthen specific areas. I have worked extensively with learners preparing for standardized tests such as the SAT, ACT, GRE.
Reshma graduated from York University


Specialities of your tutor
Quick Math Games
Practice Drills
Exam Simulation
Test prep strategies
Advanced Placement (AP) Program (USA)
Test Strategy
Math Tricks and Hacks
Practice Tests
Learning Plans
AI modules
Summary
Podcast
Quiz
Learnings
Flashcard
Spotlight
Zero Risk Guaranteed
15-days refund
Free tutor swap
No cancel fee
1-yr validity
24/7 support
Student types for classes
High School students
ADHD
Middle School students
College students
Home schooled
Class overview
My approach focuses on interactive lessons, practice drills and visual explanations to engage students effectively, build confidence, and enhance learning retention. As a math teacher, I specialize in teaching a wide range of math subjects such as high school math, algebra, calculus and more. I leverage a variety of tools like online platforms and interactive sessions to create personalized tutoring sessions. I enjoy helping students grow and learn and especially understand math concepts. I help guide students from basics to advanced math focusing on error analysis and the practicality of math. I believe math should be made fun and easy and is part of our daily lives and routines. I have helped hundreds of students excel in math and look forward to learning from my students and working with them to achieve their highest potential.
Reshma also teaches
Algebra
College Algebra
College Math
Elementary School Math
High School Math
Middle School Math

Mathematics concepts taught by Reshma
The Student and Tutor reviewed a complex Hess's Law problem involving the enthalpy of formation for acetic acid. The session then introduced VSEPR theory, discussing molecular shapes, lone pairs, and bond pairs, with initial practice on determining valence electrons for CO2. For homework, the Student was assigned to read specific pages about VSEPR theory and practice drawing Lewis structures for example molecules.
VSEPR Theory: The Core Principle
Systematic Steps for VSEPR Shape Determination
Introduction to Common VSEPR Molecular Geometries
Electron Pairs: Bond Pairs and Lone Pairs
Hess's Law: Enthalpy of Formation Deduction
The Student and Tutor focused on practicing two key methods for solving systems of linear equations: substitution and elimination. The Student worked through problems on provided worksheets, receiving guidance on common errors related to algebraic signs and procedural steps. For follow-up, the Student was assigned to complete additional problems from both worksheets.
Substitution Method for Linear Systems
Substitution with Rearranging Equations
Elimination Method for Linear Systems
Elimination Method: Scaling Equations
Common Pitfalls & Best Practices
Student and Tutor reviewed linear equations, including those with fractions and variables in the denominator, practicing methods like multiplying by common denominators and eliminating fractions. They also briefly touched upon simultaneous equations. For homework, the Student will practice additional equations from a provided worksheet, and the next session will focus on simultaneous equations.
Solving Linear Equations with Algebraic Denominators
Solving Simultaneous Linear Equations (Elimination Method)
Solving Linear Equations with Numerical Fractions
Isolating Variables in Basic Linear Equations
The Student and Tutor reviewed Hess's Law, practicing two problems to reinforce understanding. The Tutor then introduced basic concepts of wave theory, including the speed of light, wavelength, frequency, and the electromagnetic spectrum. For follow-up, the Student was assigned to complete the remaining Hess's Law problems, read a specific section on wavelength and frequency, and will share Science Olympiad topics (climate change, protein synthesis) for future discussion.
Hess's Law: Calculating Enthalpy Changes
Enthalpies of Formation (ΔH_f)
Electromagnetic Waves: Wavelength
Frequency
Speed of Light
The Electromagnetic Spectrum
The Student and Tutor practiced various probability and statistics concepts, including normal distribution, box and whisker plots, tree diagrams, and conditional probability, using AI-generated practice questions. The Student demonstrated understanding of the concepts and formulas discussed. They plan to schedule a follow-up session the following week after an upcoming math test.
Normal Distribution: Area Under the Curve
Box and Whisker Plots: IQR & Outliers
Probability with Tree Diagrams & "And" / "Or"
Probability of Complementary Events
Conditional Probability using Two-Way Tables
The Student and Tutor reviewed recent physics notes covering displacement vectors, instantaneous velocity, acceleration, and 2D motion. They worked through a multi-step problem involving calculating the magnitude and direction of velocity by separating motion into X and Y components. The Student's strong performance on a previous test was noted, and the next session was tentatively scheduled for Saturday.
Instantaneous Velocity and Displacement Vectors
Acceleration and its Components
Vector Resolution for 2D Kinematics
Calculating Vector Magnitude and Direction (2D)
Introduction to 3D Vectors (Conceptual)
Teaching tools used by tutor
Presentations
Assessment
Math Games
Practice worksheets
Digital whiteboard
Interactive lessons
Open Q&A
Mobile joining
Chat for quick help
Note taking

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