Saloni Chugh
Mathematics Tutor Specializing in Algebra & Calculus | University of Delhi
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Saloni Chugh
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
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/ lesson
Saloni - Know your tutor
As an experienced online tutor with over 10 years in the field and a Master's degree in Physics, I specialize in personalized learning experiences tailored to students at all levels. My expertise lies in tutoring various math subjects like Calculus, Algebra, Geometry, Statistics, and more for school, college, and adult/professional levels. I stand out by incorporating creative teaching methods such as exam simulations, gamification of math, and math tricks to make learning engaging and effective. Iprovide support in homework help, test prep strategies, problem-solving, and developing learning plans. My focus on mental math, practice drills, and quick math games enhances students' skills and confidence. I am adept at catering to diverse student needs, including special needs learners. By offering practice tests, test strategies, and math hacks, I ensure that each student achieves their full potential. Let's work together to conquer math challenges and pave the way for success in a fun and interactive learning environment.
Saloni graduated from University of Delhi
Specialities of your tutor
Homework help
A-Levels (UK)
Test Strategy
GCSE (UK)
Common Core State Standards - CCSS (USA)
Exam Simulation
Australian Curriculum (AU)
State-Specific Standards (USA)
Advanced Placement (AP) Program (USA)
Next Generation Science Standards - NGSS (USA)
Learning Plans
Student types for classes
Learning Disabilities
All levels
ASD
ADHD
Adult/Professionals
Anxiety or Stress Disorders
College
School
Home schooled
Class overview
I specialize in providing personalized tutoring across a wide range of math subjects, including College Algebra, Geometry, Calculus, and more. My teaching style focuses on engaging students through practice drills, real-world applications, and interactive lessons. I cater to a diverse audience, including school, college students, and adult professionals at all levels. To enhance the learning experience, I utilize a variety of tech tools like Google Suite, interactive whiteboards, and online platforms such as Zoom and Google Meet. By following a structured curriculum that combines theoretical knowledge with practical exercises, I ensure that my students grasp concepts effectively and succeed in their math studies. With a strong emphasis on conceptual understanding, my approach equips students with the skills and confidence needed to excel in math.
Saloni also teaches
Discrete Math
Elementary School Math
Geometry
High School Math
Linear Algebra
Middle School Math
Mathematics concepts taught by Saloni
The session involved the Student practicing multiple-choice physics questions from a Princeton Review book to prepare for an upcoming test. The Student and Tutor reviewed concepts such as impulse, work, momentum, and Kepler's laws. The Student will complete the practice test and text the Tutor with updates on the test.
Work Done and Area Under the Curve
Impulse and Contact Duration
Kepler's Third Law of Planetary Motion
Apogee and Perigee: Conservation of Momentum (Kepler's Second Law)
Calculating Force from Velocity as a Function of Time
Work Done by Gravitational
Normal
and Friction Forces
The Student reviewed concepts of projectile motion, kinematic equations, and force/friction problems, including inclined planes and Atwood machines. They worked on calculating maximum height, expressing velocity and displacement as functions of time, and finding coefficients of friction. The tutor and student scheduled a follow-up session for additional review before the student's exam.
Horizontal Projectile: Calculating Time of Flight
Maximum Height Formula Limitations
Horizontal Projectile Motion: Missing the Target
Adjusting Angle for Accuracy in Projectile Motion
Forces on an Inclined Plane: Static Equilibrium
Forces on an Inclined Plane: Accelerated Motion
Atwood Machine: System of Equations
The Student and Tutor reviewed mechanics concepts in preparation for an upcoming physics test, focusing on formulas for projectile motion, gravity, and kinematics. They worked through practice problems involving variable acceleration, integrating acceleration functions to find velocity and displacement, and proving average velocity equations. They also analyzed a problem involving constant acceleration and its relation to average velocity.
Surface Gravity Calculation
Variable Acceleration: Invalidity of Average Velocity Formula
Integration for Non-Constant Acceleration
Displacement Calculation via Integration
Review of Projectile Motion Formulas
The session introduced electrostatics, Coulomb's law, and the nature of electric charge. The Student practiced calculating electrostatic forces in one and two dimensions, including vector addition. The next session will cover electric fields, and the Student was assigned to review the material before then.
Charging Methods
Fundamental Forces of Nature
Coulomb's Law
Electric Charge
Vector Addition of Electrostatic Forces
Conductors
Insulators
and Semiconductors
The Student reviewed mechanics concepts, including conservation of momentum, energy, impulse, projectile motion, and springs on inclined planes. They practiced problem-solving techniques, focusing on setting up equations and applying relevant formulas. The Tutor assigned additional AP-level practice problems and planned to review electricity and magnetism in the next session.
Conservation of Energy (with Springs)
Coefficient of Restitution
Conservation of Momentum
Impulse and Change in Momentum
Projectile Motion
Kinematic Equations
Forces on Inclined Planes
The session focused on collisions, momentum, and energy conservation, with the Student working through impulse problems and a free-response question. They also reviewed elastic and inelastic collisions. The Student was assigned to complete the worksheet and prepare for starting electricity in the next session.
Perfectly Inelastic Collisions
Conservation of Momentum vs. Conservation of Energy in Collisions
Impulse and Change in Momentum
Calculating Energy Loss in Inelastic Collisions
Average Force During a Collision
Velocity of Center of Mass
Coefficient of Restitution (e) for Elastic Collisions
Teaching tools used by tutor
Practice worksheets
Lesson Planner
Quizzes
Digital whiteboard
Presentations
Assessment
Graphing Tools
Interactive lessons
Open Q&A
Note taking
Weekend lessons
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Every tutor is interviewed and selected for subject expertise and teaching skill.
