Jay Kaushik

Expert Physics Tutor | 8+ Years Experience Teaching IB, IGCSE, ICSE, CBSE & UAE Boards | PhD Physics Researcher | Mastering Concepts from Basic

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Jay Kaushik

Masters degree

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Each lesson is 55 min

50 lessons


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30 lessons


15% off

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20 lessons


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10 lessons


5% off

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Jay - your physics tutor

With over 8 years of teaching experience and a strong academic background, including my PhD research in physics, I am Jay Kaushik—your dedicated physics tutor for high school, middle school, college, elementary levels, and competitive exams. I have taught students from India and abroad, covering major international and national boards such as IB, IGCSE, ICSE, CBSE, and UAE curricula, along with JEE–NEET Physics. Specializing in subjects like quantum mechanics, electromagnetism, and astrophysics, I follow a unique teaching methodology: starting from the very basics and gradually progressing to advanced concepts, ensuring every student builds a strong conceptual foundation. My approach emphasizes clarity, real-world applications, structured problem-solving, and personalized learning plans tailored to each student’s pace. From hands-on physics demonstrations to exam strategies and long-term academic guidance, I am committed to making physics intuitive, logical, and enjoyable. Let’s explore the fascinating world of physics together!

Meet Jay

Jay graduated from NSUT ( Netaji Shubas University of Technology )

Jay  graduated from NSUT ( Netaji Shubas University of Technology )
Jay  graduated from NSUT ( Netaji Shubas University of Technology )

Academic expertise of your physics tutor

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Personalized learning plans

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Career guidance

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Homework help

Next Generation Science Standards - NGSS (USA) icon

Next Generation Science Standards - NGSS (USA)

A-Levels (UK) icon

A-Levels (UK)

GCSE (UK) icon

GCSE (UK)

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Visual learning

Provincial-specific curriculum (CA) icon

Provincial-specific curriculum (CA)

International Baccalaureate (IB) icon

International Baccalaureate (IB)

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Advanced Placement (AP) Program (USA)

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Real world application

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Physics lab skills

Student types for physics class

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Home schooled

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High School students

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ASD

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ADHD

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Learning Disabilities

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Middle School students

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Elementary School students

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College students

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Anxiety or Stress Disorders

Physics class snapshot

My teaching style is built on clarity, interaction, and strong conceptual learning. With over 8 years of experience teaching students across IB, IGCSE, ICSE, CBSE, UAE Boards, and competitive exams, I focus on taking every student from the basics to advanced concepts with complete confidence. I break down complex physics ideas into simple, intuitive steps that help students build a solid foundation before moving to higher-level problem-solving. I teach a wide range of subjects—including Mechanics, Atomic Physics, Quantum Mechanics, Electromagnetism, and more—using real-life examples, visual demonstrations, and structured explanations. To enhance engagement, I use modern tools such as interactive whiteboards, simulations, digital notes, and live problem-solving sessions. My curriculum is well-planned, systematic, and fully aligned with academic standards for international and national boards. Having taught over 100+ students from Elementary to College levels, I tailor each lesson to individual learning styles, ensuring clear understanding, strong analytical skills, and long-term retention. My goal is simple: make Physics easy, logical, and enjoyable while empowering students to excel academically with a deeply rooted conceptual foundation.

Jay - Physics tutor also teaches

Nuclear Physics

Nuclear Physics

Physics

Physics

Thermodynamics

Thermodynamics

Electromagnetism

Electromagnetism

Quantum Mechanics

Quantum Mechanics

Atomic Physics

Atomic Physics

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 Jay

Student learned 6 days ago

The tutor introduced the t-test for two independent samples, covering its theoretical basis, hypothesis formulation, and computational procedures. They explained how to calculate t-statistics and standard errors, distinguishing between equal and unequal sample sizes and introducing the concept of pooled variance. The session also outlined the steps for hypothesis testing and the difference between one-tailed and two-tailed tests. The tutor planned to cover more formulas and potentially the Hartley F-max test in the next, mathematically intensive session.

Calculating T-Statistics and Standard Error

Hypothesis Testing Steps

Independent vs. Within-Subjects Designs

Independent Measures T-Test

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Student learned 12 days ago

The tutor introduced fundamental trigonometric concepts using right-angled triangles, defining perpendicular, base, and hypotenuse. The session covered the definitions and calculations of sine, cosine, and tangent, as well as the identities tan(A) = sin(A)/cos(A) and sin²(A) + cos²(A) = 1, with practical examples and problem-solving to reinforce understanding.

Right-Angled Triangles in Trigonometry

The Pythagorean Identity

Relationship Between Tangent

Sine

and Cosine

Basic Trigonometric Ratios (SOH CAH TOA)

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Student learned 12 days ago

The session covered Chapter 9, focusing on t-statistics for hypothesis testing when population standard deviation is unknown, and introducing methods for measuring effect size like Cohen's D and R-squared. The Tutor and Student also discussed confidence intervals as a way to estimate population parameters and reviewed the upcoming study plan for Chapters 10 and 11.

T-Statistics

Measuring Effect Size (Cohen's D)

Percentage of Variance (R²)

Confidence Intervals

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Student learned 22 days ago

The tutor introduced t-statistics as a method for hypothesis testing when the population standard deviation is unknown. They reviewed necessary statistical concepts and guided the student through the steps of performing a t-test, including calculating the t-statistic and determining the critical region. The next session is planned for more practice with t-tests.

T-Statistic: The Solution for Unknown Sigma

Hypothesis Testing with T-Statistics: The Four Steps

T-Distribution vs. Z-Distribution

Degrees of Freedom (DF)

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Student learned 24 days ago

The Tutor and Student concluded Chapter 8 of a Statistics course, covering directional hypothesis tests, effect size (Cohen's d), and statistical power. They practiced calculating z-scores and interpreting results in the context of hypothesis testing. The Tutor planned to share additional practice questions for the Student to solve before the next session.

One-Tailed vs. Two-Tailed Hypothesis Tests

Effect Size (Cohen's d)

Statistical Power

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Student learned 25 days ago

The tutor and student reviewed statistical concepts related to hypothesis testing, including the steps involved, types of hypotheses, and decision-making processes. They also discussed potential errors in hypothesis testing (Type I and Type II) and factors that influence test outcomes, such as sample size and variability. The tutor planned to cover remaining topics in the chapter and continue with subsequent chapters.

Hypothesis Testing: The Four Steps

Type I and Type II Errors in Hypothesis Testing

Factors Influencing Hypothesis Testing Outcomes

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Classroom tools used by physics tutor

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Interactive diagrams

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Assessments

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Practice worksheets

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Digital whiteboard

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Interactive 3D models

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Digital Note taking

Engaging physics lessons

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Parent feedback

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Record lessons

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Weekend lessons

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Open Q&A

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Mobile joining

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Physics tutors on Wiingy are vetted for quality

Every tutor is interviewed and selected for subject expertise and teaching skill.