Reading four dense passages in 35 minutes requires a method, not just speed. John breaks the ACT Reading section into a decision-making process: how to skim for structure, when to go back to the text versus trusting your first read, and how to eliminate answer choices that sound right but distort the passage. His 36 composite and background in literature make him especially sharp on the prose fiction and humanities passages.

Reading four dense passages in 35 minutes forces a different kind of reading than most students are used to. Sugi's cognitive science training at Rice gives her a framework for teaching active reading strategies — how to map an argument's structure on a first pass so that inference and tone questions become straightforward rather than agonizing. She holds a perfect 36 ACT composite and a 5.0 tutoring rating.

I am an undergraduate of the Johns Hopkins University, majoring in Biomedical Engineering and Computer Science. I have years of experience tutoring and teaching math and various sciences from an elementary to a college level. I primarily tutor college level courses such as physics and biochemistry, but also have extensive experience in social sciences, biology, and higher mathematics such as Calculus and Differential Equations. I believe that demonstrating the various real-world applications of a given concept is the best method to increase a student's understanding.

The ACT Reading section gives students just 35 minutes for four dense passages, which means raw reading speed matters less than knowing where to look. Alyssa teaches a passage-mapping strategy that pinpoints main claims and key details before touching the questions — an approach refined from her own 35 composite score. She's rated 5.0 by students.

Most ACT Reading mistakes happen not because students can't comprehend the passage but because they spend too long on it and rush the questions. Jiatian teaches a triage method: skim for structure first, then go back to the text with specific question stems in mind. It's the same prioritize-and-filter approach she uses in medical training, applied to literary narratives and social science passages instead of clinical data.

I'm currently a freshman at Rice University studying applied math. I've always had a love for sharing knowledge with others, and I started tutoring when I was a junior in high school. As a former AP student and a National AP Scholar, I have the experience necessary to guide my students through challenging curriculum. Though I specialize in tutoring mathematics and physics, I am experienced with and am happy to tutor a broad range of subjects.

The ACT Reading section isn't really about reading — it's about efficiently locating evidence and eliminating wrong answers under tight time pressure. Eisha scored a perfect 36 ACT composite and teaches a strategic approach to paired passages and inference questions that cuts down on second-guessing. Rated 5.0 by students.

I am from Portland, Oregon and currently attend school in Dallas, Texas. I enjoy going outside and spending time with friends and family. I would love to help you study and get ahead or catch up in your classes!

I'm a student at Vanderbilt University pursuing a BA in Cognitive Studies and a minor in Corporate Strategies. I have worked at the Mama Lere Hearing School at the Vanderbilt Medical Center for deaf preschoolers as well as volunteered as a first grade Sunday School teacher. In addition, I have had multiple ongoing volunteer positions as a tutor in schools in low-income areas in the subjects of Algebra I/II and English Language Arts. I have had the privilege of helping these students rise up beyond the any expectations, and I believe that a large part of their success comes not only from tutoring but from mentorship. Building a strong relationship with the student is first and foremost to being an effective tutor. I have strong skills in assessing the student's needs and meeting them where they are at.

I am a prematriculant student at the University of Chicago. In high school I took advanced STEM courses at the University of North Texas through a high school program called the Texas Academy of Math and Science. I love taking high level math courses, but I get even more excited when I can help friends and classmates in courses I have already taken. I believe that having a solid understanding of math concepts builds you up for success in any field. I have experience as a teaching assistant in pre-calculus and calculus and have experience tutoring and assisting students in high school math, calculus, and differential equations. When preparing students for standardized tests like the ACT and SAT, I focus on filling any gaps in material and teaching new techniques for making the test easier and quicker to take. I have used and perfected these techniques while taking the ACT and SAT myself and have had success on both tests. I am also a National Merit Finalist.

An applied math degree might not scream 'reading comprehension,' but Rakhi's training means she approaches ACT Reading passages like logical structures — tracking how each paragraph's evidence connects to the author's central claim, which is exactly what inference and purpose questions test. She drills students on eliminating answer choices by finding the specific textual mismatch, turning the section into a systematic process rather than a guessing game. Her 32 ACT composite and 4.8 student rating back up that analytical approach.

Biochemistry coursework at Rice means Raj spends his weeks digesting research papers packed with competing data interpretations — the same skill the ACT Reading section tests when it asks students to distinguish what an author explicitly states from what a wrong answer subtly distorts. He drills students on eliminating answer choices by pinpointing the exact word or phrase in the passage that confirms or kills each option, a method that's especially effective on the natural science and social science passages where precision matters more than speed. His perfect 36 ACT composite and 5.0 student rating back up that evidence-first approach.