Anjali Narang
Unique Physics Educator with Effective Teaching Methods for Improved Learning Outcomes
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Anjali Narang
Masters degree
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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
Anjali - your physics tutor
I'm Anjali Narang, a Physics tutor with a Masters degree and over 2 years of experience. Specializing in Optics, Thermodynamics, Quantum Mechanics, and more, I offer personalized learning plans tailored to Elementary, Middle, and High School students. My approach includes hands-on Physics experiments, real-world applications, and visual learning to make complex concepts easy to grasp. Whether it's career guidance, homework help, or test prep strategies, I'm dedicated to helping students excel. Let's explore the fascinating world of Physics together!
Anjali graduated from Kurukshetra University
Academic expertise of your physics tutor
Review sessions
Real world application
Test prep strategies
Visual learning
Student types for physics class
Middle School
High School
Elementary School
Anxiety or Stress Disorders
Physics class snapshot
My tutoring approach is a blend of problem-solving, result-oriented, and collaborative techniques, tailored to each student's unique learning style. Specializing in subjects like Thermodynamics, Mechanics, and Quantum Mechanics, I utilize a range of tech tools including digital whiteboards, interactive diagrams, and video conferencing to deliver engaging and interactive lessons. By following diverse curricula such as A-Levels, AP Program, and IB, I ensure a comprehensive understanding of the material. With experience teaching elementary to high school students in groups of 20+, my personalized tutoring fosters a deep understanding of complex topics while making learning fun and effective.
Anjali - Physics tutor also teaches
Optics
Magnetism
Waves and Oscillations
Thermodynamics
Quantum Mechanics
Mechanics
Physics concepts taught by Anjali
The Tutor instructed the Student on the principles of reflection, including ray diagrams, laws of reflection, and the formation of real and virtual images using plane mirrors. The Student learned how to draw ray diagrams and differentiate between the characteristics of real and virtual images. An experiment to investigate the law of reflection was introduced, to be completed in the next class.
Image Formation by Plane Mirrors
Law of Reflection
Real vs. Virtual Images
Characteristics of Images Formed by Plane Mirrors
Reflection Ray Diagrams
Representing Waves as Rays
The Tutor and Student reviewed wave properties including diffraction, reflection, and refraction, and how these properties are demonstrated using a ripple tank. The Student learned about wavefronts and the relationship between wavelength and diffraction. The Tutor assigned a test for the following week covering the motion portion of the course.
Diffraction and Gap Size
Diffraction and Wavelength
Wavefronts
Ripple Tank: Reflection
Ripple Tank: Refraction
Ripple Tank: Diffraction
Controlling Wave Properties in a Ripple Tank
The session focused on comparing transverse and longitudinal waves, exploring their properties and behavior in different media. The Student learned about reflection, refraction, and diffraction, including the factors that influence these phenomena. The next session will delve deeper into these concepts with diagrams, focusing on wave behavior in more detail.
Transverse vs. Longitudinal Waves
Wave Reflection
Wave Refraction
Wave Diffraction
The session involved reviewing a test on momentum and impulse, covering common mistakes and strategies for answering structured questions. The Student received detailed feedback on applying formulas and concepts related to momentum, impulse, and kinetic energy. The Tutor assigned further practice problems and offered definition sheets for future tests.
Momentum vs. Change in Momentum
Problem-Solving Approach for Physics Numericals
Kinetic Energy and Change in Kinetic Energy
Definition of Impulse
Momentum Conservation: Defining the System
Structured Question Answering Techniques
Significant Figures
The Tutor and Student discussed the syllabus for the upcoming test, including work, energy, power and pressure. The class covered wave properties, including amplitude, wavelength, and frequency, and differentiated between transverse and longitudinal waves. The Student practiced applying these concepts and definitions and will continue studying transverse and longitudinal waves in the next session.
Transverse Waves
Amplitude
Wavelength (λ)
Frequency (f)
Time Period (T)
Longitudinal Waves
Wave Speed (v)
The Student and Tutor began studying waves, distinguishing transverse and longitudinal waves based on particle motion relative to energy transfer. They discussed the characteristics of waves such as wavefronts, displacement, and amplitude, using real-world examples and animations. The next session will focus on further detailing wave properties and related problem-solving.
Waves Transfer Energy
Not Matter
Transverse Waves
Longitudinal Waves
Wavefronts and Rays
Displacement and Amplitude
Time Period
Classroom tools used by physics tutor
Digital Note taking
Interactive 3D models
Digital whiteboard
Quizzes
Presentations
Engaging physics lessons
Open Q&A
Note taking
Chat for quick help
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