Anjali Narang
Cambridge AS & A-Level Physics (9702) | IIT Certified Educator | Specialist in Numericals & Concept Clarity
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Anjali Narang
Bachelors degree
/ 55 min
About your science tutor
Is Cambridge AS or A-Level Physics (9702) feeling overwhelming? I’m Anjali, a specialized Physics tutor dedicated to making this challenging subject click for you. I transform complex concepts into simple explanations and empower students to master even the trickiest numerical problems. Why I am the right choice for your A-Levels ? 1.Cambridge Expertise: 3+ years of experience specializing in the CAIE IGCSE & AS/A-Level Physics (9702) curriculum. 2.Elite Physics Certifications: a) Top 15 recipient in Quantum Mechanics (IIT Bombay) b) Top 57 certified in Atomic and Molecular Physics (IIT Kharagpur) c) Top 17 qualified in Classical Electromagnetism (IIT Kharagpur) 3.Proven Results: a) Guided Ashwin to an A Grade in AS-Level Physics (March 2025). b) Achieved a 3-grade jump (E to C) for multiple students in the Oct/Nov 2025 session. c) Helped Sriya achieve a Grade 9 (highest possible) in GCSE Physics. My Tutoring Program Includes: 1. Numerical Mastery: Step-by-step breakdown of complex calculations. 2. Past Paper Strategy: Intensive practice for Paper 1, 2, and 4 with a focus on Cambridge marking schemes. 3. Personalized Notes: Custom visual notes provided after every session to simplify revision. What Parents & Students Say: 1. "She's so hardworking... explains A-Level Physics concepts really well!! Would 100% recommend." — Donna Q. (Student) 2. "Thank you for your help and for believing in me! I got a 9, the highest grade on my card!" — Sriya (Student, UK) I hold a Master’s in Physics from Kurukshetra University and am committed to providing the high-quality, personalized support you need to excel in your exams. Let’s turn those challenging topics into your greatest strengths!
Meet Anjali
Anjali graduated from Kurukshetra University
Specialities of your science tutor
A-Levels (UK)
Homework help
Real world application
Review sessions
Career guidance
Personalized learning plans
Visual learning
CoTutorAI modules
Summary
Podcast
Quiz
Learnings
Flashcard
Spotlight
Zero Risk Guaranteed
15-days refund
Free tutor swap
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1-yr validity
24/7 support
Student types for science class
High School students
Anxiety or Stress Disorders
College students
None of the above
Science class overview
My teaching approach as a tutor is deeply rooted in the scientific method, emphasizing fundamental concepts first while fostering a collaborative learning environment. I specialize in teaching subjects like Forces and Motion, Health Science, and Earth Science to elementary, middle, and high school students. To enhance learning, I leverage a variety of tech tools such as interactive 3D models, digital whiteboards, and game-based learning platforms. By following curricula like A-Levels (UK), AP Program (USA), and IB standards, I ensure comprehensive coverage aligned with academic requirements. My strength lies in creating visual models and interactive lessons that cater to diverse learning styles, ultimately helping students grasp complex topics effectively in both online and offline settings.
Your science tutor also teaches
Forces and Motion
Physical Science
Astronomy
School Science concepts taught by Anjali
Student and Tutor engaged in a problem-solving session focused on horizontal projectile motion in Physics. They practiced calculating velocity components, resultant velocity (magnitude and direction), time of flight, and horizontal range using kinematic equations. A homework problem on projectile motion was assigned, and circular motion was scheduled for the next session.
Steps for Solving Projectile Motion Problems
Non-Linearity: Half-Height vs. Half-Time
Calculating Range (Horizontal Distance)
Calculating Time of Flight
Determining Total Velocity and Speed
Projectile Motion: Horizontal and Vertical Components
The Tutor and Student reviewed Einstein's mass-energy equivalence and then delved into the principles of projectile motion, including key concepts like maximum height, time of flight, and range. They practiced problem-solving techniques for projectile motion, and planned to cover circular motion in the next session.
Einstein's Mass-Energy Equivalence
Projectile Motion: Independence of Horizontal and Vertical Components
Projectile Motion: Key Parameters
Student and Tutor engaged in a detailed session on the photoelectric effect, practicing calculations involving work function, threshold frequency, and kinetic energy. They also clarified the distinct impacts of light intensity and frequency on the photoelectric current and stopping potential. For follow-up, the student was advised to practice graphical questions and suggest the next topic.
Stopping Potential (V₀) & Energy Conversions
Effects of Light Frequency
Effects of Light Intensity
Work Function (Φ) & Threshold Frequency (f₀)
Photoelectric Effect Equation & Graphical Analysis
The Student and Tutor reviewed the photoelectric effect, including its governing equation, graphical representation, and associated calculations. They also began discussing relativistic momentum, covering Newton's second law in the context of changing mass and introducing the Lorentz factor. The Student was asked to suggest topics for the next class.
Introduction to Relativistic Momentum
The Photoelectric Equation
Interpreting the Photoelectric Graph (KE_max vs. Frequency)
Stopping Potential and Maximum Kinetic Energy
Student and Tutor solved a problem on length contraction, applying the relevant formula to calculate the speed required for a spacecraft to fit into a wormhole. They then continued their discussion on the photoelectric effect, focusing on Einstein's particle model of light and its implications for electron ejection based on photon energy and work function. The next class will cover the photoelectric effect equation and its graphical interpretation, followed by relative momentum.
Einstein's Photon Model of Photoelectric Effect
Work Function (Φ) and Threshold Frequency (f₀)
Photon-Electron Interaction and Photoelectron Emission
Maximum Kinetic Energy (KE_max) of Photoelectrons
Length Contraction in Special Relativity
The Tutor and Student reviewed experimental observations of the photoelectric effect, discussing the relationship between photocurrent, stopping potential, frequency, and intensity. They also covered the concepts of work function, threshold frequency, and why emitted electrons have a range of kinetic energies. The session concluded by introducing Einstein's photon hypothesis as an explanation for phenomena that wave theory could not account for, with further discussion planned for the next class.
Work Function & Photon-Electron Interaction
Einstein's Photon Hypothesis
Range of Kinetic Energies of Photoelectrons
Key Experimental Observations & Wave Theory Contradictions
Stopping Potential & Maximum Kinetic Energy
Teaching tools used by science tutor
Presentations
Video conferencing
Digital whiteboard
Flashcards
Note taking
Interactive 3D models
Assessments
Interactive science lessons
Open Q&A
Chat for quick help
Note taking
Reviews and Ratings for Anjali
Chelsea Dillon
Roseland, Chicago
about 1 year ago
I got to learn Physics with Narang , and she’s an amazing tutor! She makes even the toughest topics super easy to understand. She’s great at explaining tricky ideas and math problems in a simple way. Narang is kind, easy to talk to, and really wants her students to do well. Learning with her was fun and awesome. I totally think anyone who wants to get better at Physics should pick Narang .
Jayden Villa
Storrs, Connecticut
about 2 years ago
Narang is a great tutor who knows a lot about physics. she is friendly and calm, which makes it easier to learn hard topics. She expalins things in a simple way that helps you understand better. I highly recommend her to any student who wants to learn physics well and feel more confident.
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