Tanya Vats

Dedicated Chemistry Tutor Helping Students Understand Concepts and Improve Exam Performance

4.1(107)

FREE TRIAL

Profile photo of Tanya, Chemistry tutor at Wiingy
Profile photo of Tanya, Chemistry tutor at Wiingy
Profile photo of Tanya, Chemistry tutor at Wiingy
Verified degree or teaching certification of Tanya

Show all photos

tutor-image
tutor-image

Tanya Vats

Bachelors degree

/ 55 min

Tanya Your chemistry tutor

Hello! I’m Tanya Vats, a Chemistry tutor with a Master’s degree in Chemistry and a genuine passion for teaching. I enjoy helping students understand chemistry in a way that feels simple, logical, and even fun. Many students find chemistry intimidating at first, but my goal is to break down complex ideas into easy steps so that anyone can understand them with confidence. My teaching style focuses on building strong fundamentals. I believe that once the basics are clear, even the toughest topics become manageable. During lessons, I explain concepts patiently, use diagrams and real-life examples, and guide students through problem-solving step by step. I also encourage students to ask questions freely because I believe that curiosity is one of the best ways to learn. I personalize my teaching based on each student’s needs and learning pace. Some students need more conceptual explanations, while others benefit from extra practice and exam-oriented strategies. I make sure that lessons are interactive, engaging, and focused on helping students truly understand the subject rather than just memorize formulas. I can help students with topics across different areas of chemistry including physical chemistry, inorganic chemistry, and organic chemistry. Whether you are preparing for school exams, building a stronger foundation in chemistry, or looking for help with difficult topics, I aim to support you with clear explanations and consistent practice. My goal is to help students feel more confident in chemistry and develop problem-solving skills that will help them succeed in their academic journey.

Meet Tanya

Tanya graduated from University of Delhi

Tanya graduated from University of Delhi

Specialities of your chemistry tutor

Personalized learning plans icon

Personalized learning plans

Real world application icon

Real world application

Chemistry experiments icon

Chemistry experiments

Visual learning icon

Visual learning

Chemistry lab skills icon

Chemistry lab skills

Australian Curriculum (AU) icon

Australian Curriculum (AU)

Homework help icon

Homework help

A-Levels (UK) icon

A-Levels (UK)

Test prep strategies icon

Test prep strategies

New Zealand Curriculum - NZC (NZ) icon

New Zealand Curriculum - NZC (NZ)

CoTutorCoTutor

AI 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

Types of learners for chemistry class

High School students icon

High School students

Home schooled icon

Home schooled

Learning Disabilities icon

Learning Disabilities

Anxiety or Stress Disorders icon

Anxiety or Stress Disorders

College students icon

College students

Elementary School students icon

Elementary School students

Middle School students icon

Middle School students

Your chemistry tutor also teaches

Chemistry

Chemistry

Organic Chemistry

Organic Chemistry

Chemical Reactions

Chemical Reactions

Physical Chemistry

Physical Chemistry

Inorganic Chemistry

Inorganic Chemistry

Analytical Chemistry

Analytical Chemistry

Icons

Chemistry concepts taught by Tanya

Student learned 1 day ago

The Tutor and Student reviewed concepts in analytical chemistry, including instrument resolution, types of experimental errors (systematic, random, environmental), and titration calculations. They practiced calculating moles, using mole ratios derived from stoichiometry, and applying significant figure rules. The session also covered interpreting experimental validity against hypotheses and the proper use of volumetric apparatus in titrations.

Stoichiometry and Mole Ratios

Significant Figures and Rounding Rules

Resolution of Measuring Instruments

Titration Endpoints and Indicators

Show more

Student learned 1 day ago

The Tutor explained the process of water chloridation, including the relevant chemical reactions and the importance of pH for effective disinfection, referencing Le Chatelier's principle. They then discussed hard water, its causes, and methods for water softening, specifically detailing boiling, washing soda, and ion exchange, with a plan to cover zeolites more in the next session.

Water Chlorination and Disinfection

Hard Water and Its Effects

Water Softening Methods

Show more

Student learned 3 days ago

The tutor and student reviewed separation techniques, specifically distillation, and the reaction of alkenes with halogens. They then delved into the oxidation of alcohols and chemical tests for them, followed by numerical methods for calculating the iodine number. The session concluded with an introduction to redox titrations, focusing on calculating unknown concentrations using titration data. Future sessions are planned for practicing questions and covering chromatography.

Chemical Tests for Alkenes and Alcohols

Redox Titration and Calculations

Iodine Number: Quantifying Unsaturation

Distillation Techniques

Show more

Student learned 3 days ago

The Tutor and Student practiced organic nomenclature, including naming compounds and identifying functional group priorities. They then explored the concept of isomers, focusing on structural isomers (chain and positional) and functional group isomers, and were introduced to calculating the degree of unsaturation. The next session will continue with isomers and physical properties.

Nomenclature of Organic Compounds

Isomers: Structural and Functional

Degree of Unsaturation (DoU)

Functional Group Priority

Show more

Student learned 4 days ago

The class covered Nuclear Magnetic Resonance (NMR) spectroscopy, focusing on 1H NMR. The tutor explained how to interpret NMR spectra, including peak positions (chemical shift), peak areas (integration), and peak splitting (spin-spin coupling) to determine molecular structure. The student practiced applying these concepts to solve problems and was assigned to practice more questions from the chapter.

13C NMR Spectroscopy Basics

Chemical Shift and Functional Group Identification

Pascal's Triangle and Multiplicities

Spin-Spin Splitting (n+1 Rule)

NMR Peak Interpretation

Show more

Student learned 8 days ago

The Student and Tutor engaged in a detailed Chemistry lesson on water resources and comprehensive wastewater treatment processes. They covered various stages including coagulation, flocculation, sedimentation, and disinfection, along with the underlying chemical principles and reactions. The Tutor plans to enhance the study material for the next session, and the Student will communicate their availability.

Disinfection Methods: Eliminating Microbes

Sedimentation & Decantation: Particle Removal

Flocculation: Bridging Microflocs into Larger Aggregates

Coagulation: Neutralizing Charges to Form Microflocs

Wastewater Treatment: The Five Steps

Water Sources & Initial Contaminants

Show more

Tools & techniques used by chemistry tutor

Practice worksheets image

Practice worksheets

Assessments image

Assessments

Presentations image

Presentations

Interactive diagrams image

Interactive diagrams

Digital whiteboard image

Digital whiteboard

tutorFooter

Chemistry tutors on Wiingy are vetted for quality

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