Pooja Sharma
Experience Chemistry Learning with an interactive tutor for Engaging Hands-On Education




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Pooja Sharma
Post Doctorate degree
/ 55 min
Pooja Your chemistry tutor
I am Dr. Pooja Sharma, a dedicated Chemistry tutor with a Postdoctoral degree specializing in Organic Chemistry and a strong academic research background. Despite my teaching experience is less than one year, my in-depth subject knowledge, research training, and passion for mentoring students allow me to deliver highly effective and personalized learning experiences. I provide guidance to high school, college, and university students. I specialize in clarifying basic concepts, strengthening problem-solving skills, and helping students confidently prepare their entire syllabus in a structured and manageable way. Beyond theory, I emphasize real-world applications of chemistry, showing how concepts connect to everyday life, industry, research, and future careers. I also offer support in chemistry experiments, laboratory techniques, and practical skills, which is especially beneficial for students involved in lab courses or research projects. I cover a broad range of subjects, including Organic Chemistry, Inorganic Chemistry, and Analytical Chemistry, ensuring comprehensive academic support. My teaching methods include review sessions, visual aids, diagrams, and step-by-step explanations to suit different learning styles. I also help with test preparation strategies, assignment guidance, and exam-oriented practice to improve performance. In addition, I offer career guidance in chemistry-related fields, helping students understand higher education options, research pathways, and professional opportunities. Every student learns differently, and I believe in adapting my teaching style to individual needs. Have special requirements or specific challenges? Let’s work together to achieve your success in chemistry.
Meet Pooja
Specialities of your chemistry tutor
Chemistry experiments
Real world application
Test prep strategies
Personalized learning plans
Visual learning
Review sessions
AI modules
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Zero Risk Guaranteed
15-days refund
Free tutor swap
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1-yr validity
24/7 support
Types of learners for chemistry class
College students
High School students
None of the above
Chemistry class overview
My teaching philosophy is rooted in conceptual understanding, active learning, and research-informed education. I believe effective education must go beyond memorization to help learners build critical thinking, problem-solving skills, and lasting scientific curiosity. My teaching approach focuses on engaging, concept-driven, and hands-on learning experiences. To create an interactive learning environment, I use various technological tools such as video conferencing platforms and educational software. Following a structured curriculum, I support diverse students from varied backgrounds, with over 100 learners ranging from high school to college levels. My personalized tutoring approach works to simplify complex topics, making them clear, relatable, and practical, ultimately enabling students to succeed in their academic journeys.
Expert in simplifying chemistry concepts
Breaks down tough chemistry topics like organic chemistry, chemical reactions, and thermodynamics into easy steps.
Rated 4.8/5 for student engagement
High marks for keeping chemistry lessons lively, interesting, and engaging for students.
Focused on real-world problem-solving
Chemistry lessons are linked to practical, real-life applications, helping students see the relevance of what they learn.
Your chemistry tutor also teaches
Chemistry
Organic Chemistry
Chemical Reactions
Inorganic Chemistry
Analytical Chemistry
Atomic Structure

Chemistry concepts taught by Pooja
The Student and Tutor reviewed key chemistry concepts, starting with molarity and unit conversions, then progressing to dilution calculations using C1V1=C2V2. They also extensively covered different types of percentage concentrations (% w/w, % w/v, % v/v) and practiced related problems. The session concluded with an introduction to Avogadro's number, the mole concept, atomic mass units, and stoichiometric calculations from chemical reactions. The Student was encouraged to practice these concepts and identify topics for the next session.
Dilution Principle (C₁V₁ = C₂V₂)
Percentage Concentration Formulations
The Mole Concept and Avogadro's Number
Atomic Mass Unit (AMU) and Atomic Structure
Stoichiometry and Mole Calculations in Reactions
Molarity (M) and Concentration Conversions
The Student and Tutor reviewed fundamental chemistry concepts including the definitions of solute, solvent, and solution. They then delved into calculating solution concentrations using Molarity (M=n/V) and practiced various numerical problems involving unit conversions. The session also covered the concept of dilutions using the C1V1=C2V2 formula and introduced Avogadro's number, with a plan to cover its related numerical problems in a subsequent session.
Avogadro's Number: Counting Particles in a Mole
Dilution Equation: C₁V₁ = C₂V₂
Calculating Number of Moles (n) from Mass
Molarity (M) and Molar Concentration
Essential Unit Conversions for Chemical Calculations
Understanding Solutions: Solute
Solvent
and the Mixture
The Student and Tutor reviewed unit conversions for volume and mass, then delved into calculating weight by weight (W/W) percentages for solutions. They practiced problems involving preparing solutions of a specific W/W concentration and determining the W/W percentage from given solute and solvent masses. The Tutor assigned practice problems on molarity and dilution factor for the Student to work on before the next session.
Common Unit Conversions
Weight by Weight Percentage (W/W %)
Preparing W/W % Solutions
Determining W/W % from Known Solute & Solvent Masses
Calculating Solute Mass from W/W % and Total Solution Mass
Student and Tutor reviewed core concepts in Physical Chemistry, including the definition of enthalpy, internal energy, and the characteristics of exothermic and endothermic reactions. They extensively practiced solving problems related to Hess's Law, focusing on manipulating equations and calculating overall enthalpy changes. The session concluded with an introduction to bond enthalpy, its definition, and the methodology for calculating it in chemical reactions, with the Tutor planning to provide additional practice questions.
Enthalpy (H) and Internal Energy (E)
Enthalpy Change (ΔH) and State Functions
Exothermic vs. Endothermic Reactions
Hess's Law and its Application
Bond Enthalpy (Bond Dissociation Energy)
Addition Reactions on Unsaturated Hydrocarbons
Markovnikov's Rule
Electrophilic Addition Mechanism
The tutor and student reviewed the definitions of acids and bases and explored the concepts of conjugate acid-base pairs. They then focused on understanding and calculating the pH of buffer solutions using the Henderson-Hasselbalch equation, practicing with several numerical examples involving the addition of acids and bases to buffers.
Acid-Base Definitions
Conjugate Acid-Base Pairs
Buffer Solutions
Henderson-Hasselbalch Equation
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