Earning a 36 ACT composite, Eric approaches the Math section as a pacing and pattern-recognition challenge as much as a content test. The first 40 questions reward speed and accuracy on pre-algebra through coordinate geometry, while the final 20 demand quick thinking on trigonometry and matrices — and he teaches students to shift gears between those two phases deliberately. His method turns the 60-minute time crunch from a source of panic into a manageable strategy.

After scoring a 36 ACT composite, Sreya reverse-engineered the Math section into the handful of concept clusters that appear most often — coordinate geometry, logarithmic and trigonometric identities, and probability. She teaches each cluster with timed mini-sets so students build both accuracy and the speed needed to reach the final ten questions with confidence.

I am a patient, intellectual, and calm college student at the University of Michigan passionate about tutoring others to improve their proficiency in a wide variety of subjects. I teach students by creating individualized plans that cater to the strengths and weaknesses of the student. I work hard and as long as it takes to ensure that the student derives maximum benefit. I love teaching a wide variety of subjects, and have a speciality in standardized tests.

Earning a perfect 36 ACT composite means Krisha didn't just survive the Math section's 60-questions-in-60-minutes pace — she mastered it. She teaches targeted strategies for the topics that trip students up most, like coordinate geometry, logarithms, and matrix problems, while building the time-management habits that keep easy points from slipping away.

Earning a 35 ACT composite, Anusha knows exactly where the ACT Math section gets tricky — especially in the later questions involving matrices, logarithms, and coordinate geometry that many students haven't seen in class yet. She teaches targeted shortcuts for those high-value problems while shoring up the algebra and trig fundamentals that make the first 40 questions fast and reliable.

I am a chemistry/math tutor with hundreds of hours teaching both subjects. What separates me from other tutors is my fantastic attention to the learning styles of different students, and my ability to attune my teaching style to each individual student. I am a big believer in letting students utilize tutoring time in the way they believe best, and I try to make myself a resource more than an instructor, which reinforces good study habits as well as lets me help the student with subject material. I will be attending the University of Michigan to major in Mathematics in the Fall.

I am a current sophomore at Yale University, studying Environmental Engineering and Global Affairs. I spent four years tutoring K-12 students in reading and math, and I believe in the importance of appreciating the process of learning and mastering concepts.

Michigan's biology curriculum leans heavily on quantitative reasoning — biostatistics, population modeling, enzyme kinetics — which keeps Samantha fluent in the algebra, probability, and graph-reading skills that dominate the ACT Math section. Her 35 ACT composite means she's personally navigated the pacing pressure of all 60 questions, and she teaches students to identify which problem type they're looking at before picking a strategy, cutting down on the mid-problem hesitation that burns the most time.

Most ACT Math questions test algebra and functions concepts that strong English students already use intuitively — proportional reasoning, pattern recognition, translating words into equations — they just need someone to make that connection explicit. Sophia earned a 36 ACT composite and tutors both calculus and algebra alongside her English work at Yale, so she bridges the gap between 'I get it conceptually' and 'I can execute it in under a minute per question.' That cross-disciplinary fluency is especially useful for the word-heavy problems in the middle of the section where reading precision matters as much as math skill.

Raveena's bioinformatics program at VCU is essentially applied math — algorithms, statistical modeling, data structures — so the algebra, probability, and function questions that dominate ACT Math are territory she navigates daily. She scored a 35 ACT composite and uses that experience to teach students how to read each problem for exactly what's being tested, cutting through the extra wording that eats up time on the 60-question sprint. Rated 4.9 by students.

Scoring a 35 ACT composite means Mathew knows how to navigate the math section's time pressure — especially on the later questions involving matrices, logarithms, and trigonometric identities where most students lose points. He breaks each problem type into a quick decision framework: identify what's being tested, eliminate traps, and solve efficiently.

Pratik's 35 ACT composite came partly from treating the Math section as a pattern-matching exercise — most of the 60 questions recycle the same algebra, coordinate geometry, and trig setups in slightly different packaging, and learning to spot those templates is faster than re-deriving every solution from scratch. As a premed biology major at Cornell, he's stayed immersed in quantitative coursework (biostatistics, chemistry problem sets, physics) that keeps those core math skills sharp and ready to deploy under time pressure.