AMAN SHUKLA
AP Physics Tutor | 4+ Yrs Exp | Physics 1, 2 , C E&M | Clear Concepts, Better Exam Scores
Show all photos
AMAN SHUKLA
Bachelors degree
/ 55 min
AMAN - About your AP tutor
Hi, I'm Aman Shukla, an AP Physics tutor with 4+ years of experience. I help students understand concepts clearly instead of just memorizing formulas, and I cover AP Physics 1, 2, and C (Mechanics & E&M). My focus is on building strong basics along with practice on AP-style questions, so students feel confident and ready for the exam. I keep my teaching style patient and simple, explaining topics in a practical way — great for students who want both better understanding and better scores. Over the years, I have worked with students of different levels, from those just starting out with physics to those aiming for a top score on the AP exam. I believe every student can do well in physics if the concepts are explained the right way, with real-life examples and step-by-step problem solving. I also help students improve their exam technique, time management, and how to approach tricky FRQs. My goal is not just to help students pass the exam, but to help them actually enjoy physics and feel confident using it in the future. I also make sure sessions are interactive rather than one-sided lectures, so students can ask questions freely and clear their doubts as we go. Depending on each student's needs, I adjust my pace, use extra practice sheets, or revisit topics until concepts are fully clear before moving ahead.
AMAN graduated from GALGOTIAS UNIVERSITY
AP tutor test prep specialities
Mock Tests
AP Scoring Insights
College Credit
Test taking techniques
Concepts learning
Practice Exams
CoTutorAI 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
AMAN - also teaches
AP Physics 1
AP Physics 2
AP Physics C: Electricity and Magnetism
AP Physics C: Mechanics
AP concepts taught by AMAN
Student and Tutor worked through various physics problems from past papers, including interpreting graphs for linear relationships, analyzing ideal gas behavior, identifying systematic experimental errors, and applying principles of circular motion and energy conservation. They also practiced unit analysis and discussed general strategies for problem-solving, particularly when to apply energy conservation. The Tutor agreed to send a forces document as follow-up.
Systematic Errors in Experiments
Units Analysis in Physics
Centripetal Force & Friction on a Flat Turn
Work-Energy Theorem & Conservation of Energy
Circular Motion in a Vertical Plane
Linearization of Equations & Graph Analysis
The Student and Tutor focused on reviewing exam-style questions covering key Physics concepts including work, energy, momentum, forces, black body radiation, projectile motion, circular motion, and spring combinations. They practiced problem-solving techniques for various scenarios, and the Tutor offered to share practice documents for the Student's upcoming exams.
Work-Energy Principle & Inelastic Collisions
Forces
Momentum & Projectile Motion
Black Body Radiation & Incident Solar Intensity
Circular Motion & Banking
Elastic Potential Energy & Spring Combinations
The Student and Tutor reviewed problem-solving techniques for momentum and impulse, focusing on a bullet-block collision. They then covered the definitions and characteristics of elastic, inelastic, perfectly inelastic, and explosion-type collisions. The Student practiced applying conservation laws to various one- and two-dimensional collision problems, and the Tutor outlined plans to move on to the center of mass in the next session.
Conservation Laws in Collisions
Types of Collisions & Energy Transformations
Solving One-Dimensional Collision Problems
Special Cases in Elastic Collisions
Two-Dimensional Collisions
The session focused on the core concepts of momentum, impulse, and their conservation laws, along with the relationship between kinetic energy and momentum. The Student actively practiced problem-solving, including scenarios involving variable forces, multi-object systems, and the application of energy conservation with springs. The Tutor and Student agreed to practice more problems in the next session before moving on to collisions.
Relationship between Kinetic Energy and Momentum
Collisions and Conservation Laws (Focus on Max Compression with Springs)
Impulse (I) and the Impulse-Momentum Theorem
Conservation of Linear Momentum
Momentum (p)
Student and Tutor reviewed problem-solving techniques for potential energy, force, work, power, and the conservation of energy, including the analysis of potential energy graphs. They then started a new chapter, covering the basics of linear momentum, impulse, and different types of collisions. The next session is planned to delve deeper into collisions and the center of mass.
Force from Potential Energy and Equilibrium
Conservation of Mechanical Energy
Linear Momentum and Its Conservation
Impulse and the Impulse-Momentum Theorem
Types of Collisions
The Student and Tutor reviewed fundamental concepts of energy and power, specifically focusing on spring potential energy. They practiced solving problems related to energy conservation on inclined planes, spring compression dynamics, and the application of the work-energy theorem involving friction. The session also covered aspects of horizontal projectile motion and discussed the implications of non-Hookean springs. The Tutor planned to address `F = -dU/dx` type questions in the next class before moving on to the conservation of momentum.
Conservation of Mechanical Energy on Frictionless Ramps
Spring Potential Energy and its Conversion
Work Done by Non-Hookean Springs
Fundamentals of Horizontal Projectile Motion
Identifying Maximum Velocity in Spring-Mass Systems
Work-Energy Theorem with Friction
Practical aids used by AP tutor
Presentations
Quizzes
AP Assessments
Study Planner
AP Practice worksheets
AP tutors on Wiingy are vetted for quality
Every tutor is interviewed and selected for subject expertise and teaching skill.