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
Test prep strategies
Visual learning
Review sessions
Real world application
Student types for physics class
Elementary School
Middle School
High 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
Flexible Scheduling
Allows 1h early scheduling
Allows 1h early rescheduling
Can wait for 20 mins after joining
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10 day Refund
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Physics concepts taught by Anjali
The session covered the principles of refraction, including Snell's Law and the concept of refractive index. The tutor and student then delved into total internal reflection, its conditions, and its distinction from normal reflection, with a brief mention of applications like CDs and optical fibers.
Refraction and Snell's Law
Critical Angle
Total Internal Reflection (TIR)
Applications of Total Internal Reflection
The session covered the introduction to electromagnetic induction, differentiating it from the motor effect. The concepts of emf, potential difference, and magnetic flux were explained with relevant formulas and examples, laying the groundwork for Faraday's and Lenz's laws in future sessions. A homework problem on calculating magnetic flux was assigned.
Electromagnetic Induction
EMF vs. Potential Difference
Magnetic Flux
The Tutor and Student explored the motor effect, focusing on the force experienced by a current-carrying conductor in a magnetic field. They derived the formula for magnetic force magnitude (F = BIL sin θ), analyzed special cases (parallel, perpendicular, antiparallel), and practiced using the right-hand palm rule to determine force direction. The session concluded with a problem involving Earth's magnetic field and significant figure considerations for the final answer.
Motor Effect: Force on a Current-Carrying Conductor
Right-Hand Palm Rule for Force Direction
Magnitude of Force: B I L sin θ
Uniform vs. Non-uniform Magnetic Fields
The Tutor and Student conducted a detailed review and practical setup of an experiment to investigate the refraction of light through various blocks, reinforcing theoretical concepts. They then thoroughly explored the definition, calculation methods, and implications of refractive index, including Snell's Law and potential experimental errors. The next session is planned to cover total internal reflection and lenses.
Critical Angle and Total Internal Reflection
Refraction Experiment Setup and Procedure
Dispersion of White Light
Refractive Index and Snell's Law
The tutor and student reviewed the principles of light refraction, including how light bends when passing between media of different optical densities and how this affects speed and wavelength. They practiced drawing ray diagrams for refraction through different media and discussed the setup and variables for an experiment investigating refraction using glass blocks and prisms.
Refraction of Light
Optical Density vs. Physical Density
Variables in Refraction Experiments
Behavior of Light Properties During Refraction
The Student and Tutor continued their lesson on light, completing an experiment on reflection and introducing refraction. The Student reviewed the variables, equipment, and method for the reflection experiment, including error analysis and safety precautions. The Tutor then introduced the concept of refraction, including changes in light properties and optical density, setting up for ray diagrams in the next session.
Optical Density: Less Dense vs. More Dense Media
Refraction of Light: Basics
Reflection Investigation: Variables
Reflection Experiment: Equipments & Method
Reflection: Results & Analysis
Types of Errors & Safety Considerations
Classroom tools used by physics tutor
Digital Note taking
Digital whiteboard
Presentations
Quizzes
Interactive 3D models
Engaging physics lessons
Note taking
Open Q&A
Chat for quick help
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Every tutor is interviewed and selected for subject expertise and teaching skill.