Teaching physics across AP, IB, and college levels means John constantly relies on chemistry's core ideas — gas behavior, energy conservation, and atomic structure all sit at the boundary between the two disciplines. That crossover sharpens how he explains topics like thermochemistry and intermolecular forces, since he can show students the physical reasoning driving each chemical concept. Rated 4.9 by students.

Stoichiometry, electron configurations, acid-base reactions — chemistry is full of concepts that feel arbitrary until someone shows you the underlying logic. Jordan spent years applying chemistry in medical and neuroscience contexts, so she explains topics like bonding and equilibrium through real examples of how molecules actually behave in biological and pharmaceutical systems.

Stoichiometry, equilibrium, acid-base reactions — chemistry demands that students think in moles and molecular interactions, which is a fundamentally different way of seeing the world. Anna's undergraduate science coursework and her current public health research give her a practical lens for explaining why these concepts matter beyond the textbook.

Balancing equations and converting between moles, grams, and liters trips up most chemistry students because they treat each conversion as a separate formula to memorize. Harsh teaches dimensional analysis as a single, repeatable strategy that unlocks stoichiometry, solution concentration, and gas law problems alike. His biology coursework at UT Austin keeps him fluent in the chemistry that underpins living systems.

Between her AP chemistry background and her college-level coursework in organic and analytical chemistry, Whitney has seen the subject from multiple angles. She's especially effective at demystifying stoichiometry, molecular geometry, and acid-base equilibria — the topics that tend to snowball when students fall behind. Holds a 5.0 rating.

As a chemical engineering major on a pre-med track, Ria encounters chemistry from two angles: the industrial process side and the biological systems side. That dual perspective makes her especially effective at unpacking topics like equilibrium, reaction kinetics, and stoichiometry, because she can show students where these ideas actually matter. She holds a 5.0 client rating.

A lot of chemistry confusion comes down to the math: dimensional analysis trips students up, mole conversions feel arbitrary, and gas law problems seem to have too many variables. Rakhi digs into those quantitative skills alongside the chemistry concepts, so students build real confidence with calculations from balancing equations through solution stoichiometry.

Balancing equations, stoichiometry, gas laws, acid-base reactions — chemistry is full of concepts that feel disconnected until someone shows you the thread running through them. Roozbeh currently teaches math and science at Austin Community College, where he's built a reputation for making quantitative problem-solving feel approachable. His 5.0 rating speaks to how well that puzzle-solving mindset translates to students at every level.

Balancing equations and predicting reaction products require a kind of pattern recognition that doesn't come naturally to most students on the first pass. Tyler approaches chemistry problems the way a physicist would — quantitatively and systematically — breaking down mole relationships, energy changes, and atomic structure into logical steps a student can follow and reproduce. His inquiry-based teaching style, developed through UT Arlington's UTeach program, turns confusion into genuine understanding.

Puzzles are Diana's thing — and chemistry is essentially a puzzle where you figure out how atoms rearrange, why certain reactions release energy, and what happens when you shift an equilibrium. Her political science major at UH doesn't overlap with chemistry on paper, but a 34 ACT means she's sharp at parsing data-heavy science problems and can walk through concepts like mole relationships and reaction balancing with clear, logical steps.

Stoichiometry and equilibrium calculations trip students up less when they see the underlying math clearly, and that's where Lloyd's quantitative background pays off. He approaches chemistry problems — mole conversions, reaction balancing, gas laws — with the same systematic setup he uses in his data science program at Rochester. The conceptual side of bonding and molecular structure gets equal attention, since understanding why reactions happen makes predicting outcomes far easier.

Studying neuroscience means Chahat uses chemistry daily — from understanding how neurotransmitters bind at synapses to balancing redox reactions in metabolic pathways. She brings that applied perspective to topics like stoichiometry, molecular bonding, and equilibrium, connecting textbook problems to how molecules actually behave.

A lot of chemistry confusion comes from jumping between scales — atoms behave one way, moles another, and solutions add a third layer of unit conversions. Samir grounds each topic, whether it's stoichiometry, gas laws, or acid-base equilibria, in a clear problem-solving framework so students know exactly how to set up and check their work. He's rated 5.0 by students.

Stoichiometry, equilibrium, acid-base reactions, thermodynamics — chemistry asks students to juggle conceptual understanding and precise calculation at the same time. Jaxon's approach is to anchor every calculation in the underlying chemistry so that setting up a problem feels logical rather than formulaic. His lab teaching experience means he's comfortable explaining concepts from both the theoretical and practical sides.

Balancing equations and stoichiometry are where most chemistry students first feel lost, and rushing past that confusion creates problems all the way through thermodynamics and equilibrium. Spencer's biochemistry training at UT means he uses chemical principles constantly — from molecular interactions to buffer calculations — and he explains them with the precision of someone who depends on getting the details right in the lab.

A solid grasp of stoichiometry, bonding, and periodic trends opens the door to everything else in chemistry — and those are exactly the areas where confusion tends to snowball if left unaddressed. Mahan earned his B.S. in Chemical Engineering, which means he spent years applying these foundational concepts in thermodynamics labs and reactor design courses. He explains the logic behind balancing equations and predicting products so that students can reason through new problems on their own.

I'm starting my junior year at Northwestern University in Evanston, IL. I'm currently getting my degree in biology with a concentration in health and human disease, global health, and a minor in French. I love reading, traveling, learning and helping others learn! I have experience tutoring high school and elementary school students in math, science, and English and I love tutoring in each subject equally. Eventually, I see myself going to medical school and researching topics related to viral diseases which I've been interested in since a very young age. I'm very passionate about the subjects I teach and hope to pass my passion on to the individuals I tutor!

I am a graduate student at Sam Houston State University pursuing MS in chemistry and going to graduate in May 2016. I am looking forward to join graduate program at UT Austin to obtain PhD in chemistry. I am currently working as a Teaching Assistant and Tutor at SHSU for various chemistry courses. I have always been passionate about chemistry and mathematics because of their direct relation with our everyday life, a need to think deeply for problem solving, and the presence of wide scope to always learn something new. I have been tutoring these courses to the school and college level students for about five years in one-onone and small group settings. I enjoy tutoring GRE quantitative as well. My tutoring strategy is to show a path to the students so that they can think through the problems and solve them by building confidence in themselves. I believe that the role of tutor is to guide, to motivate, to develop curiosity and to help students to understand concepts with a goal of watching them succeed. 'In learning you will teach, and in teaching you will learn' has been my all-time favorite quote.

I'm a born and raised Austinite and recently earned my Bachelor of Science in Biochemistry from Texas A&M University in May 2015. I mostly tutor high school/college math and science courses, as well as SAT/ACT and MCAT prep. My favorite classes to help students with are biology, physics, biochemistry and statistics! I took 14 AP classes in high school, and retook many of the math and sciences class in college. I think this helps with tutoring because I learned the material multiple times and from many great teachers, so if a student doesn't understand a concept at first, I can hopefully explain it in another way that I've learned.

I am multilingual. I love teaching Mathematics, Sciences, English, History, Writing...you name it. My philosophy is that the most effective teaching comes from knowing how my student learns, and meeting them where they are. I want to instill a love of learning, but that will not happen if I don't get to know my student.

I'm currently living in Austin Texas, and will be commuting to Houston regularly to visit my family and friends.

About With over three years of experience as a Financial Accountant at FXSpotStream LLC, contributed to enhancing financial processes and accuracy through expertise in FX derivatives, general ledger reconciliations, and analytics. Previous experience as a private tutor honed problem-solving and communication skills.

I am going to be studying computer science at the University of Texas at Austin next year. I look forward to meeting you.