Garima .
Dynamic physics educator, building strong fundamentals, boosting confidence and helping students excel in exams
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Garima .
Masters degree
Enroll after the free trial
Each lesson is 55 min
50 lessons
20% off
/ lesson
30 lessons
15% off
/ lesson
20 lessons
10% off
/ lesson
10 lessons
5% off
/ lesson
5 lessons
-
/ lesson
1 lessons
-
/ lesson
Garima - your physics tutor
I’m Garima, a passionate Physics teacher with a Master’s degree in Physics and over 4 years of teaching experience. I specialize in making complex Physics concepts easy and engaging through real-life examples and interactive learning. My expertise covers Mechanics, Electricity and Magnetism, Optics, and Modern Physics. I design personalized lessons to match each student’s learning style and help them build strong conceptual understanding and problem-solving skills. I have experience teaching students from middle school to senior secondary and have successfully prepared many for competitive exams. My sessions include real-world examples, visual aids, and interactive problem discussions to make Physics both fun and meaningful. Whether it’s exam preparation, concept reinforcement, or career guidance, I strive to make every session engaging, supportive, and inspiring. Let’s explore the beauty of Physics together and make learning a truly exciting journey!
Garima graduated from GURU NANAK DEV UNIVERSITY
Academic expertise of your physics tutor
Real world application
Test prep strategies
A-Levels (UK)
Visual learning
Personalized learning plans
Review sessions
GCSE (UK)
Physics lab skills
New Zealand Curriculum - NZC (NZ)
Student types for physics class
Middle School students
Elementary School students
Learning Disabilities
High School students
Home schooled
Physics class snapshot
My teaching methodology is centered around making Physics easy to understand, interactive, and enjoyable. I begin each topic by connecting theoretical concepts with real-life examples to help students visualize how Physics works in the world around them. I follow a concept-based and inquiry-driven approach where students are encouraged to think, question, and reason rather than memorize. I design structured lesson plans tailored to each learner’s pace and understanding level. Every session includes concept explanation, numerical problem-solving, and short quizzes to reinforce learning. I use visual aids, simulations, and digital tools to make complex ideas simpler and more engaging. Regular assessments, personalized feedback, and doubt-clearing sessions ensure continuous improvement. I also emphasize developing analytical thinking, exam strategies, and confidence in solving challenging Physics problems. My ultimate goal is to build curiosity and make students truly enjoy learning Physics.
Garima - Physics tutor also teaches
Optics
Electricity
Magnetism
Waves and Oscillations
Physics
Electromagnetism
Physics concepts taught by Garima
The student reviewed radical and rational exponents in preparation for a quiz, focusing on exponent properties and simplification techniques. The Tutor provided practice problems involving fractional and negative exponents, as well as the product and division rules. The session concluded with a plan to share additional practice problems and the student was requested to share the textbook name.
Simplifying Expressions with Negative Exponents
Simplifying Complex Expressions: Combining Rules
Power of a Power Rule
Division of Powers Rule
Understanding Exponents and Their Terminology
Product of Powers Rule
Fractional Exponents and Radicals
The Tutor and Student discussed circular motion, centripetal force, and the relationship between linear and angular motion. The Student learned the difference between rotation and revolution and the formulas for angular velocity, acceleration, frequency, and time period. The Student will now work on related assignment questions.
Angular Acceleration and Frequency
Angular Displacement and Velocity
Rotation vs. Revolution
Elasticity: Maintaining Shape
Inertia and Tangential Motion
Centripetal Force Requirement
Circular Motion Definition
The session introduced the student to the concept of torque, its relationship to force and rotational motion, and the principle of moments. The student learned about calculating torque, understanding its vector nature, and applying it to rotational equilibrium problems. Formulas for work and power in rotational motion were also discussed, and the student will practice these concepts in future sessions.
Work Done in Rotation
Principle of Moments: Rotational Equilibrium
Right-Hand Thumb Rule
Maximum and Minimum Torque
Torque Formula: F * L * sin(θ)
Pivot
Axis of Rotation
and Line of Action
The Student and Tutor practiced problems related to momentum, impulse, and collisions. They covered vector notation, impulse-momentum theorem, perfectly inelastic collisions, and kinetic energy. The Student was assigned additional practice problems from their PPD, focusing on explosion-type questions and honors-level challenges.
Change in Momentum
Kinetic Energy Considerations
Perfectly Inelastic Collisions
Conservation of Momentum
Impulse from a Force-Time Graph
Vector Components
Impulse
The Student and Tutor reviewed concepts in kinematics including friction, relative motion, and graphical analysis of motion. They practiced problems involving significant figures, kinetic energy, potential energy, and conservative forces. The next session will focus on collisions and projectile motion, using previously shared PPT files.
Force and Acceleration
Mechanical Energy Conservation
Elastic Potential Energy
Significant Figures
Kinetic Energy and Ratio Problems
Relative Motion
Position-Time and Velocity-Time Graphs
The session focused on reviewing kinematics, circular motion, and vector concepts in preparation for an upcoming physics exam. The Student practiced problems related to these topics, with the Tutor providing guidance and clarifying key concepts. The Student was advised to review circular motion, connected motion, friction, and banking of roads before the exam.
Centripetal vs. Centrifugal Force
Angular Velocity and Frequency
Vectors: Magnitude vs. Direction
Direction in Kinematics & Vectors
Classroom tools used by physics tutor
Digital Note taking
Video conferencing
Interactive diagrams
Quizzes
Digital whiteboard
Engaging physics lessons
Weekend lessons
Parent feedback
Open Q&A
Note taking
Mobile joining
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