Award-Winning AP Calculus
Tutors
Award-Winning
AP Calculus
Tutors
Private 1-on-1 tutoring, weekly live classes for academic support, test prep & enrichment, practice tests and diagnostics, and more to elevate grades and test scores.
Based on 3.4M Learner Ratings
UniversitiesSchools & Universities
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No obligation. Takes ~1 minute.

I am also available to tutor for the SAT and ACT. I love passing on the little tips and tricks I have learned through the years, not only for the math sections but also the reading and writing portions. As an avid reader in my downtime and having done a lot of critical reading for my scientific career, I have mastered various strategies for analytical reading that I love passing on.

I am an aspiring applied mathematician, with particular interest in image processing and climate science. I graduated in May 2017 from Washington University in St. Louis with a bachelor's in physics and mathematics, and am beginning a PhD program in September 2017 at the University of Chicago in Computational and Applied Mathematics. I've tutored introductory physics students for three years and enjoyed it thoroughly, as a chance to help other students while revisiting fundamental concepts to enhance my own knowledge. I'm eager to continue reaching out and helping students of math and physics to succeed and, furthermore, to appreciate the beauty and power of these subjects.
Studying Mathematical Economics at Temple means Andreas works with calculus not as an abstract exercise but as the engine behind optimization models and marginal analysis — so he teaches AP Calculus with a sense of where each concept actually leads. He's especially sharp on series convergence and the BC-specific material that many tutors treat as an afterthought. Rated 4.8 by students.
I am a current first-year honors student at Northeastern University pursuing a B.A. in Political Science and a B.A. in History, Culture, and Law. I am a youth activist and have experience working for campaigns and elected officials and am particularly passionate about mental health, climate change prevention, and LGBTQ+ rights. I have done private tutoring for the past three years with students in Elementary, Middle, and High School in a variety of school subjects including but not limited to Math, History, and Writing/Grammar. I am passionate about education and want to use my skillset and knowledge to help other students achieve their best selves. I'm from Denver, Colorado, and currently live in Boston and love to read, watch sitcoms and, of course, tutor my students.
I am flexible and adaptive to different learning styles. I welcome students and/or parents to set their own goals/expectations, and I tailor the curriculum to suit those goals.
I am a rising Sophomore at Princeton University. I am majoring in Mechanical and Aerospace Engineering, most likely with a minor in Computer Science. During my Junior and Senior years of High School, I tutored a few students on a regular basis. I specialize in Math and Science. More specifically, my strongest subjects are Algebra 1/2/3, Geometry, Trigonometry and ACT Science. I have always found the maths and sciences to be both the most interesting subjects, but also the most applicable to real world problems - this is why I chose to major in what I did. Because I usually tutor in Math, I often tutor in the style of showing how to do a few problems step by step, and then having the student try a few more difficult problems, asking questions along the way. I do this because in my experience, this is the best way to learn and prepare for Math related exams. Outside of academics I play Viola, enjoy running and exercising to stay healthy, and listening to all kinds of music.
I'm a sophomore at Harvard studying Applied Math, Economics, and Computer Science. I've tutored in a variety of subjects throughout high school and currently work part-time as a Course Assistant for an Introductory Calculus course at Harvard. I especially love tutoring math and making it a more accessible subject for students to learn. Aside from academics, I'm passionate about community service (I'm a director for a student-run homeless shelter!), music, digital design, and baking!
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 currently a student at Stanford University studying math and political science. I am passionate about sharing my knowledge and experience with younger students. I have helped students of different ages and from diverse socioeconomic backgrounds, and so I am very conscious of the needs and prior knowledge my students and tailor my tutoring method and style individually.
I'm Dennis. I study physics, math, and computer science. I have done research about cosmic ray acceleration at supernova shock fronts in the Princeton University Department of Astrophysics, simulating how the turbulent plasmas push protons and ions. I have also worked at the Norfolk State University Department of Engineering, designing, simulating, optimizing, and building light filters for wavelength-division optical-electronic multiplexers. Another field I study is the mathematics of quasicrystals and aperiodic tilings, such as the Penrose tiling of rhombuses.
I'm a junior at MIT pursuing a B.S. in Computational Neuroscience, and a B.S. in Philosophy. Starting in high school, I have served in a multitude of teaching/tutoring roles, including: tutoring all levels of high school math (from pre-algebra to AP Calculus BC); teaching a six-week class on psychology to underserved high school students in the Boston area; teaching chemistry, biology, and computer science at a STEM summer camp to 6th-9th graders; working as a TA in a college-level philosophy seminar; and even teaching choreo for a hip-hop dance workshop series! And, though my teaching experience centers largely around STEM subjects, I also have a deep love for history, English, and philosophy, and am excited to work with students in these areas as well. In general, I have an intense passion for learning anything and everything, and my top goal when working with any student is to ignite their own curiosity, and awaken their inner desire to understand themselves and the world.
I am a current sophomore at Cornell University pursuing a B.S. in Biomedical Engineering. I have done extensive coursework in biology, physics, chemistry, math, and lab sciences. I love applying engineering problem-solving skills to the biological sciences. For the past year, I have been a teaching assistant for introductory biology classes. In my free time, I participate in cancer immunotherapy research which focuses on melanoma.
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Frequently Asked Questions
Students typically find limits and continuity conceptually difficult at the start, especially understanding why a function can approach a value without reaching it. Later, the chain rule and related rates problems trip up many students because they require visualizing how multiple variables change together. Integration techniques—particularly u-substitution and integration by parts—demand significant practice, and many students struggle with recognizing which method applies to which integral. Finally, applications like optimization and differential equations require students to translate real-world scenarios into mathematical models, which is a skill that takes deliberate practice to develop.
This is a common gap—knowing the power rule is different from recognizing when to use it in a related rates or optimization problem. Tutors work by having you practice translating English into equations, identifying which variable is changing and which you're solving for, and then selecting the right differentiation technique. They'll often have you work through several similar problems with decreasing guidance, so you start recognizing patterns independently. Building this translation skill requires targeted practice with feedback, which is exactly what personalized instruction provides.
The AP Calculus exam has two sections: multiple choice (60 minutes for 45 questions) and free response (90 minutes for 6 questions). On multiple choice, aim to spend about 1.3 minutes per question, flagging harder ones to return to if time allows. On free response, read all six questions first and tackle the ones you feel most confident about—this builds momentum and ensures you earn partial credit where you can. Leave 10-15 minutes at the end to review your work and catch arithmetic errors. A tutor can help you practice this pacing with full-length practice tests under timed conditions, so it becomes automatic on test day.
AP Calculus AB covers limits, derivatives, and basic integration. BC covers everything in AB plus additional integration techniques (by parts, partial fractions), series and sequences, and parametric/polar curves. BC is roughly 1.5x the content of AB. If you're taking AB, tutoring focuses on mastering core concepts deeply; if you're taking BC, tutors help you manage the additional topics while reinforcing AB foundations. Many students take AB first, then BC the following year—tutors can help you decide which path fits your goals and pace you accordingly.
Free response questions reward showing your work—you can earn partial credit even if your final answer is wrong, as long as your method is sound. Start by clearly stating what you're finding (e.g., 'I'm using the chain rule to find dy/dx'). Show each algebraic step, especially when simplifying. If you get stuck on one part, move on and use a placeholder for that value in later parts—graders will often give you credit for correct reasoning downstream. Tutors help you practice this by reviewing your solutions with a grader's eye, pointing out where you lose points for skipped steps or unclear notation, so you build the habit of communicating your thinking clearly.
This requires pattern recognition built through practice. U-substitution works when you spot a function and its derivative (or close to it) in the integrand. Integration by parts applies when you have a product of functions where one differentiates to something simpler. Partial fractions handle rational functions. Trigonometric substitution appears with expressions like √(a²-x²). The key is practicing enough problems that you start seeing these patterns automatically—most students need 30-50 varied integration problems to develop real fluency. Tutors accelerate this by showing you how to classify problems quickly and by having you explain your reasoning out loud, which deepens pattern recognition.
Limits are abstract—you're learning that a function can behave a certain way 'near' a point without actually reaching it, which contradicts intuition. Many students memorize limit rules without understanding why they work. Tutors help by using graphs and numerical tables to show you what limits actually mean before diving into algebra. They'll have you evaluate a function at values approaching a point (like 1.9, 1.99, 1.999) to see the pattern, then connect that to the algebraic definition. Once you see limits as 'what value does the function approach' rather than 'what value does it reach,' the rules and applications click into place much faster.
Test anxiety in calculus often stems from feeling unprepared for the variety of problem types or worrying you'll forget a formula. Combat this by taking full-length practice tests under timed conditions weeks before the exam—this builds confidence and reveals which topics still need work. During the test itself, if you feel panicked on a hard question, skip it immediately and move to one you can solve; momentum and early points calm your nervous system. Tutors help by creating a structured study schedule so you know exactly what you're prepared for, and by reviewing your practice test errors so you see patterns rather than feeling overwhelmed by isolated mistakes.
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