Really good. Tutor was well prepared and explained concepts by using different examples. The sessions are saved so they can be revised afterwards as well. ** HIGHLY RECOMMENDED **
Learn IB Chemistry (SL & HL) with Dr Uma Sharma
Get better grades with targeted coaching for SL & HL, IA guidance, and exam-style practice aligned to IB command terms.
I am a Certified Online Chemistry Tutor with a Doctorate and M.S. in Chemistry, and more than 30 years of teaching experience.
My method is simple: diagnose the baseline → learn concepts with crystal-clear notes → practice IB-style questions → master with timed mocks.
Take a look at What the parents of students have to say or Session Reviews by students.
- Live 1-on-1 & small-group classes (≤5) with recorded sessions
- Practice aligned to IB command terms and markschemes
- IA guidance with academic integrity
Trusted by families in the US, Canada, Middle East, India and beyond
The Learning Process with Dr Uma Sharma
- Gain a clear understanding of fundamentals for true comprehension.
- Highly interactive sessions customized to your needs.
- All sessions recorded for review on iPad/phone anytime.
- Practice quizzes mapped to the IB syllabus and command terms after every session.
Take a look at What the parents of students have to say or Session Reviews
My Teaching Style
Learning using specially created content. I use purpose-built content designed around IB outcomes. We clear basics first with detailed, easy-to-follow explanations.
Problem-solving to cement understanding. We solve IB-style questions at the end of each session. You also get additional practice to attempt in your time, and we review it together.
About the IB Chemistry Exam
Overview
IB Chemistry assesses core concepts, experimental skills, and application to real-world contexts. External assessment has three papers; internal assessment is your IA investigation.
IB Chemistry Grading
Students receive a grade from 1 to 7. Schools receive a breakdown across components; combined with other subjects, this determines Diploma award and admissions outcomes.
The Exam
- Paper 1: Multiple-choice (no calculator), periodic table provided.
- Paper 2: Structured + extended response (calculator allowed, data booklet provided).
- Paper 3: Data-based questions + Option topic (calculator allowed).
- IA (20%): Individual investigation — planning, data treatment (uncertainties), evaluation.
Paper 1
~45 min MCQ (SL); a portion overlaps HL. No penalty for incorrect answers.
Paper 2
~75 min SL; structured & extended responses with calculator per IB rules.
Paper 3
~60 min SL; data-based questions and Option topic short/extended responses.
Your IB Questions Answered
What’s the difference between IB Chemistry SL and HL?
HL covers the full SL core plus deeper treatment of bonding, energetics, kinetics, equilibrium, acids–bases, redox, organic, and analysis. HL questions expect multi-step reasoning and extended responses.
Do you help with the Internal Assessment (IA)?
Yes. I guide topic scoping, method planning, data collection & processing (uncertainties/errors), and evaluation—while ensuring academic integrity. You do the work; I structure, critique, and coach.
How are the IB Chemistry external papers structured?
Three papers: Paper 1 (MCQ), Paper 2 (structured + extended response), and Paper 3 (data-based + option topics). Calculators are permitted per IB rules on Papers 2–3, and a data booklet is provided.
Which options do you cover?
Materials, Biochemistry, Energy, and Medicinal Chemistry. We align to your school’s chosen option and drill past-paper patterns so practice mirrors the real exam.
How long does grade improvement usually take?
Most students see a clear jump in 6–10 weeks with two focused sessions/week, weekly practice, and an active feedback loop. Timelines vary with baseline, gaps, and school load.
Which command terms should I master?
IB command terms (Describe, Explain, Evaluate, Deduce, etc.) drive markschemes. We practice responses that target these verbs precisely to secure method and communication marks.
IB Chemistry Parent Reviews
Ms.Uma was very helpful. The active teaching when she asks the student gives the student practice and ensures their understanding which I found helpful.
I\'m in the IB HL program, and having these online sessions to review for my exams are perfect! Thanks a lot!
IB Chemistry — Small-Group Classes
Due to high demand, 1-on-1 slots may be limited. Join a small, focused group (≤5). Students may add an optional weekly 1-hour 1-on-1 (paid) for school/IA doubts.
Free Trial Session: You can take a Free Trial Session to decide. Click here to request a trial.
Highlights
- Highly interactive sessions with active participation from each student.
- Peer learning & motivation—ideal class size for personal attention.
- All sessions recorded — review anytime on iPad/phone.
- Practice aligned to the latest IB syllabus and command terms.
- Affordable online tutoring with a highly experienced tutor.
IB Chemistry Group Classes
| Group Name | No of Hours | Days and Time | Class Start Date | Status | Register |
|---|---|---|---|---|---|
| IB Chemistry HL Classes | 50 Hours |
Sat
9.00 AM (Asia / Baghdad)
|
11-Apr-2026 | In progress Registration Closed | — |
IB Chemistry — Frequently Asked Questions
How do trial sessions work?
We run a 30–45 min trial to assess baseline, align goals, and demo my teaching flow. You also get a short practice set afterward—no obligation to continue.
Do you teach 1-on-1 or small groups?
Both. Small groups (≤5) balance personal attention with peer learning; many students add an optional weekly 1-on-1 hour for school/IA doubts.
Are sessions recorded and are there weekly quizzes?
Every session is recorded for review on phone/iPad. You receive weekly practice aligned to IB command terms and markschemes, with targeted feedback.
What materials will I receive?
Crystal-clear topic notes, worked examples, past-paper-style questions, and option-specific packs. Pre-mocks, we switch to timed practice with exam-style markschemes.
How do you track progress?
A simple checkpoint cycle: diagnose → teach → practice → review. I keep a running log of weak spots (by topic and command term) and revisit them until they stick.
Which time zones do you support and how do I schedule?
US/Canada and India/MEA time zones. Book via the trial form or the group registration link; 1-on-1 schedules are set directly.
IB Chemistry Syllabus — Topics
Core Topics (SL & HL)
Stoichiometric Relationships (SL & HL)
- Introduction to particulate nature of matter & change
- The mole concept
- Reacting masses and volumes
Atomic Structure
- The nuclear atom
- Electron configuration
Periodicity
- The Periodic Table
- Periodic trends
Chemical Bonding and Structure
- Ionic bonding & structures
- Covalent bonding
- Covalent structures
- Intermolecular forces
- Metallic bonding
Energetics / Thermochemistry
- Measuring energy changes
- Hess’s Law
- Bond enthalpies
Chemical Kinetics
- Collision theory and rates of reaction
Equilibrium
- Introduction to chemical equilibrium
Acids and Bases
- Theories of acids and bases
- Properties of acids and bases
- The pH scale
- Strong vs weak acids/bases
- Acid deposition
Redox Processes
- Oxidation and reduction
- Electrochemical cells
Organic Chemistry
- Fundamentals of organic chemistry
- Functional group chemistry
Measurement and Data Processing
- Uncertainties and errors
- Graphical techniques
- Spectroscopic ID of organics
HL-Only Extensions
HL: Atomic Structure
- Electrons in atoms
HL: Transition Metals
- First-row d-block elements
- Coloured complexes
HL: Bonding & Structure
- Further aspects of covalent bonding & structure
- Hybridization
HL: Energetics
- Energy cycles
- Entropy and spontaneity
HL: Kinetics
- Rate expression & mechanism
- Activation energy
HL: Equilibrium
- The Equilibrium Law
HL: Acids and Bases
- Lewis acids/bases
- Calculations with acids/bases
- pH curves
HL: Redox Processes
- Electrochemical cells
HL: Organic Chemistry
- Types of organic reactions
- Synthetic routes
- Stereoisomerism
HL: Measurement & Analysis
- Spectroscopic ID of organic compounds
Options
Option A: Materials
SL & HL Topics
- Materials science intro
- Metals & ICP spectroscopy
- Catalysts
- Liquid crystals
- Nanotechnology
- Polymers
- Environmental impact of plastics
HL Additional Topics
- Superconducting metals & X-ray crystallography
- Condensation polymers
- Environmental impact — heavy metals
Option B: Biochemistry
SL & HL Topics
- Intro to biochemistry
- Proteins & enzymes
- Lipids
- Carbohydrates
- Vitamins
- Biochemistry & environment
HL Additional Topics
- Nucleic acids
- Biological pigments
- Stereochemistry in biomolecules
Option C: Energy
SL & HL Topics
- Energy sources
- Fossil fuels
- Nuclear fusion and fission
- Solar energy
- Environmental impact — global warming
HL Additional Topics
- Electrochemistry, rechargeable batteries & fuel cells
- Nuclear fusion & fission (advanced)
- Photovoltaic & DSSC
Option D: Medicinal Chemistry
SL & HL Topics
- Aspirin & penicillin
- Opiates
- Stomach pH regulation
- Antiviral medications
- Environmental impact of medications
HL Additional Topics
- Taxol — chiral auxiliary (case study)
- Nuclear medicine
- Drug detection & analysis