Tutor STEM

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    • Home
    • Grade 1 to 8
    • Grade 9 to 12
    • MCAT
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    • Real Estate
    • University
    • OAT
    • Nurse
    • Coding
    • SAT
    • LSAT
    • GMAT
    • GRE
    • IELTS
    • Other

Tutor STEM

Tutor STEMTutor STEMTutor STEM

Call : 416 795 5000

  • Home
  • Grade 1 to 8
  • Grade 9 to 12
  • MCAT
  • DAT
  • Real Estate
  • University
  • OAT
  • Nurse
  • Coding
  • SAT
  • LSAT
  • GMAT
  • GRE
  • IELTS
  • Other

ACE THE OAT & GET INTO OPTOMETRY SCHOOL

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Updated 2025 OAT Questions & Answers

Updated 2025 OAT Questions & Answers

Updated 2025 OAT Questions & Answers

Updated 2025 OAT Questions & Answers

Updated 2025 OAT Questions & Answers

Updated 2025 OAT Questions & Answers

OAT Prep for Optometry School

What is the OAT?

The OAT is the Optometry Admission Test. The exam is a prerequisite for admissions to almost all optometry schools in Canada and the US, as well as some programs in other countries. The OAT is specifically designed to evaluate candidates on their knowledge of science, analytical thinking, reading comprehension, and quantitative reasoning skills—key abilities for success in optometry school. Tutor STEM offers preparation courses for the OAT, tailored to help students navigate each section of the exam. The OAT is composed of four main sections: Natural Sciences (including Biology, General Chemistry, and Organic Chemistry), Reading Comprehension, Physics, and Quantitative Reasoning. This exam rigorously tests the foundational knowledge and critical skills that optometry schools expect from incoming students. The OAT is widely regarded as one of the more challenging standardized exams, and most optometry schools set a minimum cut-off score that applicants must meet to be considered viable candidates. Admissions officers, who are responsible for selecting incoming students, use the OAT as a predictive tool to assess applicants' potential for success in optometry school.

DAT Classes

What sections are on the OAT and how long is the Canadian OAT?

The OAT consists of 4 sections:


1) Survey of Natural Sciences (Biology, General Chemistry, and Organic Chemistry)


  • 100 questions total - 40 questions for Biology, 30 questions for General Chemistry, 30 questions for Organic Chemistry


  • Biology (40 questions) - Covers a wide range of biology topics, including cell and molecular biology, genetics, evolution, ecology, diversity of life, vertebrate anatomy and physiology, developmental biology, and basic concepts in microbiology. 


  • General Chemistry (30 questions) -  Includes fundamental chemistry concepts such as atomic structure, periodic trends, stoichiometry, chemical bonding, states of matter, solutions, acid-base chemistry, thermodynamics, chemical kinetics, and equilibrium. 


  • Organic Chemistry (30 questions) -    Focuses on organic chemistry principles, including structure and bonding, functional groups, nomenclature, stereochemistry, reaction mechanisms, synthesis, aromatic compounds, and the chemistry of biological molecules.   


2) Reading Comprehension


  • 50 questions total - the 50 questions are distributed unevenly and randomly amongst 3 reading passages.


  • Covers three reading passages on various scientific topics, while testing the applicant's ability to read, organize, analyze, and remember new information in both the optical sciences and the basic sciences. The applicant's ability to comprehend thoroughly when studying scientific information will also be challenged. The reading material are typical of content encountered in the first year of optometry school and require no prior knowledge of the topic other than a basic thorough understanding of undergraduate preparation in science.


3) Physics


  • 40 questions total


  • The Physics section is designed to evaluate the applicant’s understanding of fundamental physics principles and problem-solving skills.


4) Quantitative Reasoning 


  • 40 questions total - Includes questions on math skills and quantitative problem-solving.


 

The Quantitative Reasoning section assesses general math knowledge, including algebra, probability and statistics, geometry, trigonometry, and data analysis.


How long is the OAT?


The OAT is a total of 4 hours and 50 minutes, including breaks. The actual testing time is 4 hours and 20 minutes, broken down as follows:

  • Survey of Natural Sciences: 90 minutes
  • Reading Comprehension: 60 minutes
  • Physics: 50 minutes
  • Quantitative Reasoning: 45 minutes


There are optional breaks totaling 30 minutes: a 15-minute break between the Survey of Natural Sciences and Reading Comprehension sections and another 15-minute break between the Reading Comprehension and Physics sections.

 

Is it possible to be granted more time on the OAT?


Applicants with documented learning disabilities or medical conditions that may affect their performance can apply for extended testing time or other accommodations. This adjustment aims to provide an equitable testing experience for all individuals, ensuring compliance with accessibility requirements. Applicants without a documented condition are generally expected to complete the OAT within the standard allotted time.

Detailed Breakdown of OAT Sections
DAT Preparation for Dental School

What are the chances of getting into Optometry School?

Securing admission to optometry school is a significant challenge, particularly in Canada, where opportunities are limited. The country has only two accredited optometry schools: the University of Waterloo School of Optometry and Vision Science and the Université de Montréal École d'optométrie. This scarcity intensifies competition among applicants.


In contrast, the United States offers more options, with 24 accredited optometry schools.


While this greater number of institutions provides more opportunities for prospective students, admission remains highly competitive. The quality and reputation of the optometry school attended can significantly impact future career prospects, whether as an optometrist, optician, ophthalmologist, or other eye care professional. Enrolling in a highly respected program enhances the likelihood of establishing a successful career in the field.

 

Achieving admission to a top-tier optometry school, or one that ensures strong career support, requires strategic preparation, especially for the Optometry Admission Test (OAT). Engaging in professional tutoring or test preparation tailored to the OAT can significantly improve a student's chances of admission. Specialized companies with a track record of guiding students through the specific requirements and challenges of the OAT can make a substantial difference in outcomes.

 

For instance, recent data from 2024 indicates that students who prepared for the OAT with Tutor STEM achieved an average score increase of 73%, underscoring the effectiveness of targeted test preparation. With the right support and guidance, students can navigate the competitive application process with greater confidence and an enhanced probability of acceptance into top optometry programs.

OAT Prep Course & Personalized Tutoring

Book Your OAT Tutor Today

Book Your OAT Tutor Today

Book Your OAT Tutor Today

Book Your OAT Tutor Today

Book Your OAT Tutor Today

Book Your OAT Tutor Today

Tutor STEM's OAT Tutoring Program

DAT Preparation

What preparation and tutoring does Tutor STEM provide for the OAT?

Tutor STEM offers individualized tutoring sessions between carefully selected, highly qualified, high aptitude, experienced OAT instructors and students/applicants seeking to take the OAT examination. The academy exclusively offers private 1-on-1 tutoring sessions, as 1-on-1 style teaching is far more effective than group classes, because the OAT instructor is only focusing on one student during the class. The OAT preparation the academy offers is intended mainly for students & applicants in Canada and the US, however individuals from other countries may still enroll.


The academy offers in-person & virtual options for students & applicants taking the OAT Preparation Course. The in-person classes will either take place at our academy or at the student's/applicant's home (in-person classes at the academy follows the standard rate equivalent to the virtual rate; whereas, in-person classes at the student's/applicant's home is subjected to additional premiums due to the instructor's travel time & travel cost). The in-person tutoring sessions for the OAT will take place at our OAT Department which is located at our Markham Campus in Toronto, Canada. The academy also offers virtual tutoring which takes place online, using an online whiteboard software, where the student can see everything the teacher writes, draws, posts, explains, etc. and the teacher can see everything the student writes, draws, posts, explains, etc. This mode of tutoring is preferential to students who are not at a commutable distance to the academy hosting the OAT Preparation. Virtual tutoring is 100% as effective as in-person tutoring. Some students may prefer in-person tutoring over online tutoring, or vice versa. Both modes of tutoring are available and effective.


The OAT Preparation Course includes free materials and resources that are intended to heighten the students' understanding on concepts tested on the OAT.

 

DAT Prep

How is the OAT Prep course structured?

1) Applicant registers for the OAT Preparation Course.


2) An assessment is held during the first tutoring session. The assessment is an accurate version of the most current version of the OAT. Based on the results of the initial assessment, an individualized plan that is tailored towards the applicant's strengths & weaknesses will be created by the Tutor STEM administration and the applicant's assigned OAT instructor based on the questions and concepts incorrectly answered on the assessment.


3) The majority of the materials, including the video lecture materials, practice tests, mock exams, and online resource drills will be distributed during the first class after the assessment is completed. The OAT instructor will devise a study plan with the student, after considering the students' other commitments (i.e. school or work), in order to ensure the self-studying that occurs outside of the 1-on-1 tutoring sessions the student has with the OAT instructor is spent efficiently.


4) The basis of the 1-on-1 tutoring sessions the student will have with the OAT instructor from the second tutoring session and onwards is based on the individualized plan, which is formulated using the data from the initial assessment the student completed during the first session. Essentially, the concepts the student was found to not understand or comprehend will be the focus of the 1-on-1 tutoring sessions.


5) The tutoring sessions will begin with the student asking the OAT instructor any questions they may have relative to the OAT, whether it be from the video lectures assigned to them or from any other resource. Typically, the first 15 minutes of every session is used to answer the students' pre-existing questions. Once the student has finished asking their questions, or if the student does not have any questions during the start of class, the OAT instructor will commence with the pre-planned lesson.


6) As the tutoring sessions come to a finish, the remaining materials and resources will be distributed to the student. The Blueprint, which is a free resource that is complimentary to the OAT Preparation course, is the last material/resource that will be distributed to the student. The Blueprint is a condensed study guide that organizes all of the concepts the student is expected to be tested on during their exam. The OAT instructor will thoroughly go over the Blueprint with the student, and will answer any questions the student may have pertaining to the concepts on the Blueprint.


7) The last tutoring session will consist of the student completing a diagnostic test, which is similar to the initial assessment the student will write during the first tutoring session.  The diagnostic test is an accurate version of the most current version of the OAT. The student will complete the diagnostic. Based on the data of diagnostic results, the OAT instructor will be able to graphically and numerically show the student their improvement & progress throughout the OAT Preparation course. The OAT instructor will also give recommendations to the student on which concepts to prioritize self-studying based on the results of the final diagnostic.


8) During the final moments of the last tutoring session, the OAT instructor will devise a self-study plan with the student, for them to use and follow after the tutoring sessions have ended and before the date of their examination. 

OAT prep course OATBooster questions Kaplan question and answer OAT Bootcamp practice tests help

What resources & materials are included?

Resources and materials are included with the OAT Preparation Course for free. There is no additional cost for the resources and materials provided alongside the tutoring.


The resources and materials provided for the OAT are different from the resources and materials provided for other science based standardized tests like the MCAT for medical school or the DAT for dental school. These resources are specific to the OAT.


For students enrolling into the OAT Prep Program:


The resources and materials that are distributed to students prior to their OAT examination include:


  • 1350 video lectures - 250 videos on Biology, 250 videos on General Chemistry, 250 videos on Organic Chemistry, 250 videos on Physics, 250 videos on Quantitative Reasoning, and 100 videos on Reading Comprehension.


  • A collection of Practice Tests and Mock Exams that resembles similarly structured questions on the most recent versions of the OAT


  • A collection of Multiple Drills and Question Sheets that resembles the same types of questions expected on the OAT


  • Blueprint for the OAT - A concept sheet that is essentially a condensed study guide that organizes all of the concepts the student is expected to be tested on during their exam. The Blueprint is ordered from a third-party organization and is complimentary with the tutoring.


CHOOSE FROM 6 DIFFERENT COMPREHENSIVE OAT STUDY PLANS

OAT PREP COURSE PACKAGES

BRONZE PACKAGE: OAT PREPARATION ($1000)

BRONZE PACKAGE: OAT PREPARATION ($1000)

BRONZE PACKAGE: OAT PREPARATION ($1000)

  • 10 hours of 1-on-1 tutoring with  an experienced OAT instructor (either in-person or online) 

 

  • Covers 1 of the 4 sections on the OAT (the student may choose the one section) [Students can select from: Survey of Natural Sciences, Physics, Quantitative Reasoning, or Reading Comprehension]


  • Materials & Resources - including:  

  1. 5000+ OAT multiple choice questions that are relevant and updated (both passage-based & discrete type questions).
  2. 300 video pre-recorded lectures outlining essential concepts expected for upcoming OAT examinations.
  3. A collection of recent OAT exams.
  4. A collection of mock exams with questions relevant to the most updated version of the OAT. 
  5. OAT concept sheets comprised of all previously tested concepts and any new concepts that recently may have been added into the OAT curriculum.
  6. Comprehensive OAT condensed notes that are routinely updated to more accurately mirror concepts tested for on the most current OAT examinations.
  7. Blueprint for the OAT.

 

  • 1 Half-Length OAT Assessment:


  • 2 Hour Long In-Person (or online) Initial Half-Length OAT Assessment Diagnostic Test (conducted prior to tutoring)


  • 24/7 Assistance (the assigned OAT instructor will be able to answer questions directly from the student outside of the tutoring sessions) prior to the student's expected exam date.


  • Free optometry school application assistance & reference letter editing after writing the OAT

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SILVER PACKAGE: OAT PREPARATION ($2000)

BRONZE PACKAGE: OAT PREPARATION ($1000)

BRONZE PACKAGE: OAT PREPARATION ($1000)

  • 20 hours of 1-on-1 tutoring with an experienced OAT instructor (either in-person or online) 


  • Covers 2 of the 4 sections on the OAT (the student may choose the one section) [Students can select from: Survey of Natural Sciences, Physics, Quantitative Reasoning, or Reading Comprehension]


  • Materials & Resources - including:  

  1. 7500+ OAT multiple choice questions that are relevant and updated (both passage-based & discrete type questions).
  2. 600 video pre-recorded lectures outlining essential concepts expected for upcoming OAT examinations.
  3. A collection of recent OAT exams.
  4. A collection of mock exams with questions relevant to the most updated version of the OAT. 
  5. OAT concept sheets comprised of all previously tested concepts and any new concepts that recently may have been added into the OAT curriculum.
  6. Comprehensive OAT condensed notes that are routinely updated to more accurately mirror concepts tested for on the most current OAT examinations.
  7. Blueprint for the OAT.

 

  • 1 Full-Length OAT Assessment:


  • 4 Hour Long In-Person (or online) Initial Full-Length OAT Assessment Diagnostic Test (conducted prior to tutoring)


  • 24/7 Assistance (the assigned OAT instructor will be able to answer questions directly from the student outside of the tutoring sessions) prior to the student's expected exam date.


  • Free optometry school application assistance & reference letter editing after writing the OAT


Purchase Now

GOLD PACKAGE: OAT PREPARATION ($3000)

BRONZE PACKAGE: OAT PREPARATION ($1000)

Platinum PACKAGE: OAT PREPARATION ($4500)

  • 30 hours of 1-on-1 tutoring with an experienced OAT instructor (either in-person or online) 


  • Covers 3 of the 4 sections on the OAT (the student may choose the one section) [Students can select from: Survey of Natural Sciences, Physics, Quantitative Reasoning, or Reading Comprehension]


  • Materials & Resources - including:  

  1. 10,000+ OAT multiple choice questions that are relevant and updated (both passage-based & discrete type questions).
  2. 800 video pre-recorded lectures (complete version) outlining essential concepts expected for upcoming OAT examinations.
  3. A collection of recent OAT exams.
  4. A collection of mock exams with questions relevant to the most updated version of the OAT. 
  5. OAT software-based access, providing students with an exclusive, realistic test-taking experience that simulates actual OAT conditions before their scheduled OAT exam.
  6. OAT concept sheets comprised of all previously tested concepts and any new concepts that recently may have been added into the OAT curriculum.
  7. Comprehensive OAT condensed notes that are routinely updated to more accurately mirror concepts tested for on the most current OAT examinations.
  8. Blueprint for the OAT.


  • 2 Full-Length OAT Assessments:


  • 4 Hour Long In-Person (or online) Initial Full-Length OAT Assessment Diagnostic Test (conducted prior to tutoring)

 

  • 4 Hour Long In-Person (or online) Final Full-Length OAT Assessment Diagnostic Test (conducted after tutoring & test preparation is completed)


  • 24/7 Assistance (the assigned OAT instructor will be able to answer questions directly from the student outside of the tutoring sessions) prior to the student's expected exam date.


  • Free optometry school application assistance & reference letter editing after writing the OAT

Purchase Now

Platinum PACKAGE: OAT PREPARATION ($4500)

Platinum PACKAGE: OAT PREPARATION ($4500)

Platinum PACKAGE: OAT PREPARATION ($4500)

  • 50 hours of 1-on-1 tutoring with an experienced OAT instructor (either in-person or online) 


  • Covers 4 of the 4 sections on the OAT (the student may choose the one section) [Students can select from: Survey of Natural Sciences, Physics, Quantitative Reasoning, or Reading Comprehension]  


  • Materials & Resources - including:  

  1. 20,000+ OAT multiple choice questions that are relevant and updated (both passage-based & discrete type questions).
  2. 800 video pre-recorded lectures (complete version) outlining essential concepts expected for upcoming OAT examinations.
  3. A collection of recent OAT exams.
  4. A collection of mock exams with questions relevant to the most updated version of the OAT. 
  5. OAT software-based access, providing students with an exclusive, realistic test-taking experience that simulates actual OAT conditions before their scheduled OAT exam.
  6. OAT concept sheets comprised of all previously tested concepts and any new concepts that recently may have been added into the OAT curriculum.
  7. Comprehensive OAT condensed notes that are routinely updated to more accurately mirror concepts tested for on the most current OAT examinations.
  8. Blueprint for the OAT.


  • 3 Full-Length OAT Assessments:



  • 4 Hour Long In-Person (or online) Initial Full-Length OAT Assessment Diagnostic Test (conducted prior to tutoring)


 

  • 4 Hour Long In-Person (or online) Midway Full-Length OAT Assessment Diagnostic Test (conducted half way through the tutoring & test preparation)


 

  • 4 Hour Long In-Person (or online) Final Full-Length OAT Assessment Diagnostic Test (conducted after tutoring & test preparation is completed)


  • 24/7 Assistance (the assigned OAT instructor will be able to answer questions directly from the student outside of the tutoring sessions) prior to the student's expected exam date.


  • Free optometry school application assistance & reference letter editing after writing the OAT

Purchase Now

DIAMOND PACKAGE: OAT PREPARATION ($8500)

Platinum PACKAGE: OAT PREPARATION ($4500)

DIAMOND PACKAGE: OAT PREPARATION ($8500)

  • 100 hours of 1-on-1 tutoring with an experienced OAT instructor (either in-person or online) 


  • Covers 1 of the 4 sections on the OAT (the student may choose the one section) [Students can select from: Survey of Natural Sciences, Physics, Quantitative Reasoning, or Reading Comprehension] in EXCEPTIONAL detail.


  • Materials & Resources - including:  

  1. 50,000+ OAT multiple choice questions that are relevant and updated (both passage-based & discrete type questions).
  2. 800 video pre-recorded lectures (complete version) outlining essential concepts expected for upcoming OAT examinations.
  3. A collection of recent OAT exams.
  4. A collection of mock exams with questions relevant to the most updated version of the OAT. 
  5. OAT software-based access, providing students with an exclusive, realistic test-taking experience that simulates actual OAT conditions before their scheduled OAT exam.
  6. OAT concept sheets comprised of all previously tested concepts and any new concepts that recently may have been added into the OAT curriculum.
  7. Comprehensive OAT condensed notes that are routinely updated to more accurately mirror concepts tested for on the most current OAT examinations.
  8. Blueprint for the OAT.


  • 4 Full-Length OAT Assessments:



  • 4 Hour Long In-Person (or online) Initial Full-Length OAT Assessment Diagnostic Test (conducted prior to tutoring)

 

  • 4 Hour Long In-Person (or online) Quarter-way Full-Length OAT Assessment Diagnostic Test (conducted a quarter way through the tutoring & test preparation) +  Copy of OAT Assessment Results

 

  • 4 Hour Long In-Person (or online) Midway Full-Length OAT Assessment Diagnostic Test (conducted half way through the tutoring & test preparation)

 

  • 4 Hour Long In-Person (or online) Final Full-Length OAT Assessment Diagnostic Test (conducted after tutoring & test preparation is completed)


  • 24/7 Assistance (the assigned OAT instructor will be able to answer questions directly from the student outside of the tutoring sessions) prior to the student's expected exam date.


  • Free optometry school application assistance & reference letter editing after writing the OAT

Purchase Now

OAT One Tutoring Session ($200)

Platinum PACKAGE: OAT PREPARATION ($4500)

DIAMOND PACKAGE: OAT PREPARATION ($8500)

  • One tutoring session that is 2 hours long, which consists of 1-on-1 tutoring with an experienced OAT instructor (either in-person or online)

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Other OAT-Related & OPTOMETRY School Products & Services

Survey of Natural Sciences (Biology, General Chemistry & Organic Chemistry) Practice Test Questions, With Answers & Full Solutions - 2500 OAT Questions ($50)

Survey of Natural Sciences (Biology, General Chemistry & Organic Chemistry) Practice Test Questions, With Answers & Full Solutions - 2500 OAT Questions ($50)

Survey of Natural Sciences (Biology, General Chemistry & Organic Chemistry) Practice Test Questions, With Answers & Full Solutions - 2500 OAT Questions ($50)

  • 2500 Questions, Answers, Full Solutions (Reasonings) for the Survey of Natural Sciences (Biology, General Chemistry & Organic Chemistry) section of the OAT. The content is updated to the most recent version of the OAT to ensure accuracy. Materials are virtual & digital (e-learning). Students will have permanent access to the digital resources.

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Reading Comprehension (RC) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 2500 OAT QUESTIONS ($50)

Survey of Natural Sciences (Biology, General Chemistry & Organic Chemistry) Practice Test Questions, With Answers & Full Solutions - 2500 OAT Questions ($50)

Survey of Natural Sciences (Biology, General Chemistry & Organic Chemistry) Practice Test Questions, With Answers & Full Solutions - 2500 OAT Questions ($50)

  • 2500 Questions, Answers, Full Solutions (Reasonings) for the Reading Comprehension (RC) section of the OAT. The content is updated to the most recent version of the OAT to ensure accuracy. Materials are virtual & digital (e-learning). Students will have permanent access to the digital resources.

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Physics & Quantitative Reasoning PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 2500 OAT QUESTIONS ($50)

Survey of Natural Sciences (Biology, General Chemistry & Organic Chemistry) Practice Test Questions, With Answers & Full Solutions - 2500 OAT Questions ($50)

SURVEY OF NATURAL SCIENCES (BIOLOGY, GENERAL CHEMISTRY & ORGANIC CHEMISTRY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 5000 OAT QUESTIONS ($85)

  • 2500 Questions, Answers, Full Solutions (Reasonings) for the Physics section of the OAT and the Quantitative Reasoning section of the OAT. The content is updated to the most recent version of the OAT to ensure accuracy. Materials are virtual & digital (e-learning). Students will have permanent access to the digital resources.

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SURVEY OF NATURAL SCIENCES (BIOLOGY, GENERAL CHEMISTRY & ORGANIC CHEMISTRY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 5000 OAT QUESTIONS ($85)

SURVEY OF NATURAL SCIENCES (BIOLOGY, GENERAL CHEMISTRY & ORGANIC CHEMISTRY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 5000 OAT QUESTIONS ($85)

SURVEY OF NATURAL SCIENCES (BIOLOGY, GENERAL CHEMISTRY & ORGANIC CHEMISTRY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 5000 OAT QUESTIONS ($85)

  • 5000 Questions, Answers, Full Solutions (Reasonings) for the Survey of Natural Sciences (Biology, General Chemistry & Organic Chemistry) section of the OAT. The content is updated to the most recent version of the OAT to ensure accuracy. Materials are virtual & digital (e-learning). Students will have permanent access to the digital resources.

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READING COMPREHENSION (RC) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 5000 OAT QUESTIONS ($85)

SURVEY OF NATURAL SCIENCES (BIOLOGY, GENERAL CHEMISTRY & ORGANIC CHEMISTRY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 5000 OAT QUESTIONS ($85)

PHYSICS & QUANTITATIVE REASONING PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 5000 OAT QUESTIONS ($85)

  • 5000 Questions, Answers, Full Solutions (Reasonings) for the Reading Comprehension (RC) section of the OAT. The content is updated to the most recent version of the OAT to ensure accuracy. Materials are virtual & digital (e-learning). Students will have permanent access to the digital resources.

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PHYSICS & QUANTITATIVE REASONING PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 5000 OAT QUESTIONS ($85)

SURVEY OF NATURAL SCIENCES (BIOLOGY, GENERAL CHEMISTRY & ORGANIC CHEMISTRY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 5000 OAT QUESTIONS ($85)

PHYSICS & QUANTITATIVE REASONING PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 5000 OAT QUESTIONS ($85)

  • 5000 Questions, Answers, Full Solutions (Reasonings) for the Physics section of the OAT and the Quantitative Reasoning section of the OAT. The content is updated to the most recent version of the OAT to ensure accuracy. Materials are virtual & digital (e-learning). Students will have permanent access to the digital resources.

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Survey of NATURAL SCIENCES (BIOLOGY Only) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 2500 OAT QUESTIONS ($50)

Survey of NATURAL SCIENCES (General Chemistry & Organic Chemistry ONLY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 2500 OAT QUESTIONS ($50)

Survey of NATURAL SCIENCES (General Chemistry & Organic Chemistry ONLY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 2500 OAT QUESTIONS ($50)

  • 2500 Questions, Answers, Full Solutions (Reasonings) for the Biology portion of the Survey of Natural Sciences section of the OAT. The content is updated to the most recent version of the OAT to ensure accuracy. Materials are virtual & digital (e-learning). Students will have permanent access to the digital resources.

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Survey of NATURAL SCIENCES (General Chemistry & Organic Chemistry ONLY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 2500 OAT QUESTIONS ($50)

Survey of NATURAL SCIENCES (General Chemistry & Organic Chemistry ONLY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 2500 OAT QUESTIONS ($50)

Survey of NATURAL SCIENCES (General Chemistry & Organic Chemistry ONLY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 2500 OAT QUESTIONS ($50)

  • 2500 Questions, Answers, Full Solutions (Reasonings) for the General Chemistry & Organic Chemistry portions of the Survey of Natural Sciences section of the OAT. The content is updated to the most recent version of the OAT to ensure accuracy. Materials are virtual & digital (e-learning). Students will have permanent access to the digital resources.

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OAT Full-Set MATERIALS: All Three Sections - 10,200 OAT Questions + Additional OAT Study Material ($500)

Survey of NATURAL SCIENCES (General Chemistry & Organic Chemistry ONLY) PRACTICE TEST QUESTIONS, WITH ANSWERS & FULL SOLUTIONS - 2500 OAT QUESTIONS ($50)

OAT Full-Set MATERIALS: All Three Sections - 10,200 OAT Questions + Additional OAT Study Material ($500)

  • Materials & Resources Covers all 4  sections on the OAT


  • Materials & Resources - including 750 video lectures outlining essential concepts expected for upcoming  OAT examinations, a collection of recent OAT exams, a collection of mock exams with questions relevant to the most updated version of the OAT , a collection of test banks with thousands of relevant and updated OAT multiple choice questions (both passage-based & discrete type questions), OAT software-based access, OAT concept sheets comprised of all previously tested concepts and any new concepts that recently may have been added into the OAT curriculum, comprehensive OAT condensed notes that are routinely updated to more accurately mirror concepts tested for on the most current OAT examinations, and the Blueprint for the OAT .

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OAT ASSESSMENT ONLY ($300)

Optometry School Application Assistance & Reference Letter Editing ($200)

OAT Full-Set MATERIALS: All Three Sections - 10,200 OAT Questions + Additional OAT Study Material ($500)

  • 1 Full-Length OAT Assessment:


  • 5 Hour Long In-Person (or online) Full-Length OAT Assessment Diagnostic Test (conducted prior to tutoring) +  Copy of OAT Assessment Results


  • NOTE: The Full-Length OAT Assessment Diagnostic Test is available for FREE for individuals taking the Silver Package, Gold Package, Platinum Package, or Diamond Package. A Partial-Length OAT Assessment Diagnostic Test is available for FREE for individuals taking the Bronze Package. This option is preferential for individuals who only want to write a full-length OAT exam, and immediately see their results, and are not planning on taking tutoring services or receiving updated OAT material. Students especially choose this option if they prepared for the OAT exam outside of Tutor STEM, and would like to participate in taking a mock OAT exam that mimics the same environmental conditions as the actual OAT examination. Based on our Assessment Results from the OAT diagnostic, students decide whether to continue taking the actual OAT exam on their scheduled date or postpone their test and write it when they are ready (and more prepared) in the future.

 

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Optometry School Application Assistance & Reference Letter Editing ($200)

Optometry School Application Assistance & Reference Letter Editing ($200)

Optometry School Application Assistance & Reference Letter Editing ($200)

  • Optometry school application assistance & reference letter editing after writing the OAT for one optometry school. The optometry school can be located anywhere, whether it be Canada, the United States of America, the United Kingdom, the Caribbean, etc.


  • Optometry school application assistance includes:


  • Personal Statement/Essay Review: (1)  Drafting and editing personal statements, (2) Ensuring your essay is compelling, well-organized, and tailored to the specific optometry school (or Vision Science school), and (3) Highlighting your unique strengths, experiences, and motivations for pursuing a career in optometry.


  • Resume/CV Preparation: (1)  Structuring and formatting your CV, (2) Highlighting relevant experiences, skills, and accomplishments, and (3) Tailoring your CV to emphasize your suitability for an optometry career.


  • Application Form Completion: (1)  Guiding you through the entire application form process, (2)  Ensuring all sections are completed accurately and effectively, and (3) Providing tips on how to best present your information.

 

  • Reference Letter Guidance: (1)  Advising on how to select the best referees, (2)  Assisting your referees in drafting and editing strong, supportive letters, and (3) Ensuring the letters align with the rest of your application.

 

  • Secondary Applications: (1) Assisting with writing and editing secondary application essays, (2) Tailoring responses to specific questions and prompts from individual schools.

 

  • Final Review and Submission: (1) Conducting a comprehensive review of your entire application, (2) Checking for any errors or omissions, and (3) Ensuring the application is polished and professional before submission.


When Tutor STEM assists with the editing of reference letters, personal statements, essays, etc., the following components in the editing process are prioritized:


  1. Content Review - (A) Ensuring the letter highlights your strengths, achievements, and suitability for optometry school; (B) Checking for consistency with the rest of your application.
  2. Language and Tone: (A) Polishing the language to ensure clarity and professionalism; (B) Ensuring the tone is positive and supportive.
  3. Structure and Format: (A) Organizing the letter logically; (B) Making sure it adheres to any specific formatting guidelines provided by the optometry school.  
  4. Specificity and Examples: (A) Encouraging the inclusion of specific examples and anecdotes that illustrate your qualifications; (B)  Ensuring the letter provides a comprehensive view of your character and capabilities;
  5. Overall Cohesion: (A) Making sure the letter fits seamlessly with other application materials; (B) Ensuring it reinforces the key themes and messages of your application.


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Optomtery School Interview Preparation ($200)

Optometry School Application Assistance & Reference Letter Editing ($200)

Optometry School Application Assistance & Reference Letter Editing ($200)

At Tutor STEM, we specialize in helping aspiring optometry students excel in their optometry school interviews. Our comprehensive interview preparation services are designed to give you the confidence and skills you need to stand out. Whether you're facing a traditional interview, a Multiple Mini Interview (MMI), or a panel interview, our experienced team provides personalized coaching, mock interview sessions, and detailed feedback. We focus on enhancing your communication skills, teaching you how to effectively convey your experiences and motivations, and preparing you to handle a wide range of questions and scenarios. With our support, you'll be well-prepared to impress the admissions committee and secure your place in optometry school.


Tutor STEM’s optometry school interview preparation begins with a comprehensive assessment of your strengths, weaknesses, and unique experiences. We start by conducting an initial consultation to understand your background and goals. Next, we create a customized interview preparation plan tailored to your needs. This includes a series of mock interviews that simulate the actual interview environment, whether it's a traditional format, Multiple Mini Interviews (MMI), or panel interviews. During these mock sessions, our expert coaches provide real-time feedback and strategies for improvement. We focus on honing your communication skills, teaching you how to articulate your thoughts clearly and confidently, and preparing you to handle a wide range of questions, from ethical dilemmas to personal experiences. We also offer workshops on non-verbal communication, stress management, and effective storytelling. As you progress, we continuously refine your responses and techniques to ensure you are fully prepared. Our goal is to equip you with the skills and confidence needed to excel in your interviews, leaving a lasting positive impression on the optometry school admissions committee.


Tutor STEM is well-informed and knowledgeable of the entire interview process for selected candidates for the following Canadian optometry schools:


  • University of Waterloo, School of Optometry & Vision Science - Waterloo, Ontario 


  • Université de Montréal, École d'optométrie - Montreal, Quebec


There are only 2 accredited optometry schools in Canada. Of the two optometry schools, one of the schools has an English-speaking optometry program and the other of the schools has a French-speaking optometry program.


Tutor STEM is well-informed and knowledgeable of the entire interview process for selected candidates for the following American optometry schools:


  • University of California, Berkeley, School of Optometry – Berkeley, California


  • State University of New York (SUNY) College of Optometry – New York, New York


  • The Ohio State University College of Optometry – Columbus, Ohio


  • University of Houston College of Optometry – Houston, Texas


  • Southern California College of Optometry at Marshall B. Ketchum University – Fullerton, California


  • New England College of Optometry – Boston, Massachusetts


  • Illinois College of Optometry – Chicago, Illinois


  • Indiana University School of Optometry – Bloomington, Indiana


  • University of Alabama at Birmingham School of Optometry – Birmingham, Alabama


  • Pacific University College of Optometry – Forest Grove, Oregon


  • University of Missouri–St. Louis College of Optometry – St. Louis, Missouri


  • Northeastern State University Oklahoma College of Optometry – Tahlequah, Oklahoma


  • Michigan College of Optometry at Ferris State University – Big Rapids, Michigan


  • Midwestern University Arizona College of Optometry – Glendale, Arizona


  • Western University of Health Sciences College of Optometry – Pomona, California


  • Inter American University of Puerto Rico School of Optometry – Bayamón, Puerto Rico


  • Nova Southeastern University College of Optometry – Fort Lauderdale, Florida


  • University of the Incarnate Word Rosenberg School of Optometry – San Antonio, Texas


  • Salus University Pennsylvania College of Optometry – Elkins Park, Pennsylvania


  • Massachusetts College of Pharmacy and Health Sciences School of Optometry – Worcester, Massachusetts


  • University of Pikeville Kentucky College of Optometry – Pikeville, Kentucky


  • Midwestern University Chicago College of Optometry – Downers Grove, Illinois


  • Southern College of Optometry – Memphis, Tennessee


  • Rocky Mountain University of Health Professions College of Optometry – Provo, Utah

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Hourly basis Tutoring Option

Customize the Amount of Hours that Work for You

Customize the Amount of Hours that Work for You

Customize the Amount of Hours that Work for You

  • The hourly basis tutoring option allows students to receive preparation for the OAT without having to commit to one of the three packages. 


  • Set up the amount of hours that work for you. The hourly basis tutoring option is an alternative where students pay for tutoring by the hour, instead of committing to an entire package. This option if preferential for students who've already attempted the OAT in the past, and only need a few tutoring sessions with a certified OAT instructor prior to writing their upcoming test. This option is also preferential for students who may want to trial with Tutor STEM's OAT tutoring before committing to the OAT prep package.

Hourly tutoring rate

Customize the Amount of Hours that Work for You

Customize the Amount of Hours that Work for You

  • The hourly basis option rate for the OAT is $95/hr. This rate plan does not include any materials or resources. Materials and resources are only accessible through preparation packages (Bronze, Silver, Gold, Platinum, and Diamond Packages).


  • The hourly rate equivalent for the 10-hour bronze package comes down to $95/hr, whereas the hourly rate equivalent for the 20-hour silver package and the 30-hour gold package both come down to $90/hr. The silver and the gold preparation course package is more affordable than the stand-alone hourly basis tutoring option rate of $95/hr. 


  • As stated previously, the packages include materials and resources, whereas the stand-alone hourly basis tutoring option does not.

Speak to a live representative from our Optometry School Department

Speak to a live representative from our Optometry School Department

Speak to a live representative from our Optometry School Department

Speak to a live representative from our Optometry School Department

Speak to a live representative from our Optometry School Department

Speak to a live representative from our Optometry School Department

Free Sample OAT Practice exam

Below is a free practice OAT exam based on questions from the actual OAT.

Hundreds of practice OAT exams will be given to students upon registering for the OAT Prep course, along with tutoring on how to solve the questions.

OAT Practice Exam (pdf)

Download

WHAT TOPICS ARE COVERED IN EACH SECTION ON THE OAT?

1) Biology (Survey of Natural Sciences)

2) General Chemistry (Survey of Natural Sciences)

2) General Chemistry (Survey of Natural Sciences)

  • The following are topics and concepts covered in this section of the OAT. These concepts often include multiple sub-concepts, meaning each concept listed below can be further divided into more detailed concepts. The concepts shown below may also appear in other sections of the OAT. The concepts that make up the Biology Portion of the Survey of Natural Sciences section on the OAT are:


  • Cell Biology: cell structure, cell function, prokaryotic vs. eukaryotic cells, cell membrane dynamics, cell communication, cellular processes, cell cycle regulation, cell division, mitosis, meiosis, stem cells, haploid & diploid differentiation, experimental cell biology


  • Molecular Biology: DNA and RNA structure and function, transcription, translation, protein synthesis, molecular genetics, nucleic acids, gene expression and regulation, chromosomal genetics, genetic mutations (substitution, deletion, insertion, translocation), chromosomal pairing, gene technology, recombinant DNA technology, gene cloning, gene therapy, integrated relationships in genetics


  • Biochemistry: biomolecules, macromolecules (carbohydrates, lipids, proteins, nucleic acids), enzymology, enzyme function and kinetics, metabolic pathways (glycolysis, Krebs cycle, oxidative phosphorylation), cellular energetics, thermodynamics in biology, ATP production, photosynthesis


  • Genetics: Mendelian genetics, classical genetics, laws of inheritance, alleles and gene interactions, molecular genetics, chromosomal genetics, human genetics, population genetics, Hardy-Weinberg equilibrium, chromosomal mutations, integrated relationships in genetics, genetic mutation types, population evolution, Hardy-Weinberg applications


  • Evolution and Diversity: origin of life, theories of evolution, natural selection, population genetics, speciation, evolutionary relationships, phylogenetic trees, diversity of life, biological organization, taxonomy and classification, relationships among major taxa, six-kingdom system (Plantae, Animalia, Fungi, Protista, Eubacteria, Archaea), three-domain system, relationships within taxa


  • Organismal Biology: diversity of life, comparative anatomy, physiological adaptations, survival strategies, biological organization, homeostasis, reproduction and development, gamete production and regulation, plant structure and function, animal organ systems, developmental biology, fertilization, descriptive embryology, developmental mechanisms, organogenesis


  • Human Biology:
    • Structure and Function of Human Biological Systems: integumentary system, skeletal system, muscular system, circulatory system, immunological system, lymphatic system, digestive system, respiratory system, urinary system, nervous system (including senses), endocrine system, reproductive system
    • Integrated System Relationships: interactions and functional integration among different human biological systems
    • Developmental Biology: fertilization, descriptive embryology, developmental mechanisms, integrated relationships among developmental mechanisms


  • Ecology: ecosystem structure, energy flow, biogeochemical cycles, population ecology, community ecology, ecosystem dynamics, biodiversity, species interactions, population dynamics, ecological succession, carrying capacity, biotic and abiotic factors


  • Behavioral Biology: animal behavior, human behavior, animal social behavior, ecological and evolutionary basis of behavior, mating systems, predator-prey relationships, altruism, adaptive behaviors, social structures


  • Cell Transport and Communication: cell membrane structure, phagocytosis, pinocytosis, endocytosis, exocytosis, cell membrane internalization, active and passive transport, complex cell transport mechanisms, intracellular signaling pathways, hormonal communication


  • Integrated Biology Concepts: interactions and relationships between cellular, molecular, organismal, and ecological levels; interdependencies among physiological systems; genetic and ecological perspectives on adaptation and evolution


  • The educational content covered in the Biology Portion of the Survey of Natural Sciences section of the OAT are made up of approximately 20% cell biology & molecular biology concepts, 20% diversity of life concepts, 15% structure and function of systems concepts, 15% developmental biology concepts, 15% genetics concepts, 5% evolution concepts, 5% ecology concepts, and 5% human & animal behavior concepts.

2) General Chemistry (Survey of Natural Sciences)

2) General Chemistry (Survey of Natural Sciences)

2) General Chemistry (Survey of Natural Sciences)

  • The following are topics and concepts covered in this section of the OAT. These concepts often include multiple sub-concepts, meaning each concept listed below can be broken down into further detailed concepts. The concepts shown below may also appear in other sections of the OAT. The concepts that make up the General Chemistry Portion of the Survey of Natural Sciences section on the OAT are:


  • Fundamental Chemistry Concepts: atomic theory, molecular structure, atomic structure, Dalton’s atomic theory, Rutherford and Bohr models, quantum theory, properties of subatomic particles (protons, neutrons, electrons), periodic table organization, periodic trends, representative elements, transition elements, periodic properties


  • Stoichiometry: mole concept, molar mass, Avogadro’s number, percent composition, empirical and molecular formulae, calculations from balanced equations, limiting reactant, theoretical and percent yields


  • Chemical Reactions: types of reactions (synthesis, decomposition, single replacement, double replacement, combustion), balancing equations, reaction stoichiometry, molecular equations, net ionic equations, redox reactions


  • Gases: gas properties, kinetic molecular theory, ideal gas law, Boyle’s law, Charles’s law, Avogadro's law, Dalton's law of partial pressures, combined gas law, real gas behavior, Van der Waals equation, gas stoichiometry


  • Liquids and Solids: phase changes (melting, freezing, vaporization, condensation, sublimation, deposition), properties of solids and liquids, intermolecular forces (hydrogen bonding, dipole-dipole, London dispersion forces), vapor pressure, phase diagrams, heating and cooling curves


  • Solutions: properties of solutions, solubility, factors affecting solubility, solution concentration units (molarity, molality, percent concentration, mole fraction), dilution calculations, colligative properties (boiling point elevation, freezing point depression, osmotic pressure), Raoult’s law, solution stoichiometry, solubility product (Ksp)


  • Acids and Bases: definitions (Arrhenius, Bronsted-Lowry, Lewis), strong vs. weak acids/bases, acid and base strength, conjugate acid-base pairs, pH and pOH calculations, acid and base dissociation constants (Ka, Kb), calculations involving weak acids and bases, buffer solutions, titrations, indicators, Henderson-Hasselbalch equation


  • Chemical Equilibrium: dynamic nature of equilibrium, equilibrium constant (Kc, Kp), Le Chatelier’s principle, calculations involving equilibrium constants, reaction quotient (Q), shifts in equilibrium, factors affecting equilibrium


  • Thermochemistry and Thermodynamics: first law of thermodynamics, enthalpy, entropy, Gibbs free energy, spontaneity, standard enthalpies of formation, Hess’s law, heat transfer, calorimetry, laws of thermodynamics, state functions, endothermic and exothermic reactions


  • Chemical Kinetics: reaction rates, factors affecting reaction rate, rate laws, rate constant, reaction order, integrated rate laws, half-life calculations, activation energy, Arrhenius equation, collision theory, transition state theory, catalysts and their effect on reaction rates


  • Electrochemistry: oxidation-reduction reactions, oxidation states, balancing redox reactions (half-reaction method), galvanic (voltaic) cells, electrolytic cells, standard reduction potentials, Nernst equation, cell potential calculations, electrochemical terminology, Faraday's laws of electrolysis


  • Bonding and Molecular Structure: types of chemical bonds (ionic, covalent, metallic), Lewis structures, resonance, formal charge, VSEPR theory, molecular geometry, bond polarity, molecular polarity, bond energy, bond length, hybridization, sigma and pi bonds, molecular orbital theory


  • Quantum Chemistry: wave-particle duality, electron configuration, Aufbau principle, Hund’s rule, Pauli exclusion principle, orbital shapes (s, p, d, f), quantum numbers, electron spin


  • Nuclear Chemistry: types of radioactive decay (alpha, beta, gamma), nuclear reactions, balancing nuclear equations, binding energy, fission and fusion, half-life calculations, applications of nuclear chemistry


  • Descriptive Chemistry: properties and reactions of common elements, groups, and compounds, trends within groups and periods, reactivity, typical compounds of representative and transition elements, descriptive chemistry of common ions


  • Laboratory Techniques and Safety: laboratory equipment, common techniques (filtration, distillation, chromatography, titration), measurement and data collection, error analysis, precision and accuracy, lab safety protocols, handling of hazardous materials, data interpretation


  • The educational content covered in the General Chemistry Portion of the Survey of Natural Sciences section of the OAT are made up of approximately 8% stoichiometry & general chemistry concepts, 8% gases concepts, 8% liquids & solids concepts, 8% solutions concepts, 8% acids & bases concepts, 8% chemical equilibria concepts, 8% thermodynamics and thermochemistry concepts, 8% chemical kinetics concepts, 8% oxidation and reduction reactions concepts, 8% atomic and molecular structure concepts, 8% periodic properties concepts, 8% nuclear reactions concepts, and 4% practical laboratory concepts.

3) Organic Chemistry (Organic Chemistry Portion)

2) General Chemistry (Survey of Natural Sciences)

3) Organic Chemistry (Organic Chemistry Portion)

  •  The following are topics and concepts covered in this section of the OAT. These concepts often include multiple sub-concepts, meaning each concept listed below can be broken down into further detailed concepts. The concepts shown below may also appear in other sections of the OAT. The concepts that make up the Organic Chemistry portion of the Survey of Natural Sciences section on the OAT are:


  • Fundamentals of Organic Chemistry: structure and bonding, hybridization, resonance, formal charge, acid-base concepts, Lewis structures, electronegativity, bond polarity, molecular polarity, intermolecular forces, functional groups, hydrocarbon classifications


  • Structure and Properties of Organic Molecules: molecular formulas, structural formulas, condensed and line structures, functional group identification, isomerism (constitutional isomers, stereoisomers, enantiomers, diastereomers, meso compounds), conformational analysis, Newman projections, chair conformations of cyclohexane, physical and chemical properties of organic compounds


  • Nomenclature: IUPAC nomenclature for alkanes, alkenes, alkynes, aromatic compounds, alcohols, ethers, aldehydes, ketones, carboxylic acids, esters, amides, amines, nitriles, haloalkanes, and other functional groups, common names for specific compounds


  • Bonding and Structure: covalent bonding in organic molecules, hybridization of orbitals (sp, sp², sp³), sigma and pi bonds, molecular geometry, bond angles, Lewis structures, molecular orbital theory as it applies to organic compounds, aromaticity and Huckel’s rule, resonance structures


  • Functional Groups: identification, structure, and properties of functional groups such as alkanes, alkenes, alkynes, aromatic rings, alcohols, ethers, aldehydes, ketones, carboxylic acids, esters, amides, nitriles, amines, halides, thiols, and more


  • Reaction Mechanisms: basic organic reaction mechanisms, types of organic reactions (addition, substitution, elimination, rearrangement, oxidation-reduction), reaction intermediates (carbocations, carbanions, free radicals, carbenes), mechanisms involving electrophiles and nucleophiles, regioselectivity, stereoselectivity, stereospecificity


  • Stereochemistry: concepts of chirality, optical activity, enantiomers, diastereomers, racemic mixtures, meso compounds, R/S configuration, E/Z configuration for alkenes, stereochemistry in reactions, stereochemical outcomes of substitution and elimination reactions


  • Reactions and Synthesis:
    • Alkanes and Cycloalkanes: free radical halogenation, combustion
    • Alkenes and Alkynes: electrophilic addition reactions (hydration, hydrohalogenation, halogenation), hydrogenation, Markovnikov and anti-Markovnikov additions, polymerization, oxidation (e.g., ozonolysis, syn and anti dihydroxylation)
    • Aromatic Compounds: electrophilic aromatic substitution (nitration, sulfonation, halogenation, Friedel-Crafts alkylation and acylation), reactivity of substituted benzenes, directing effects of substituents, aromatic stability
    • Alcohols: oxidation (to aldehydes, ketones, carboxylic acids), substitution and elimination reactions, conversion to alkyl halides, esterification
    • Ethers and Epoxides: synthesis and reactions of ethers, epoxide opening, nucleophilic and acidic epoxide cleavage
    • Aldehydes and Ketones: nucleophilic addition reactions (e.g., formation of hydrates, acetals, hemiacetals), oxidation and reduction reactions, aldol condensation, nucleophilic addition of organometallic reagents (Grignard reactions)
    • Carboxylic Acids and Derivatives: formation and reactions of carboxylic acids, nucleophilic acyl substitution reactions, synthesis and reactions of esters, amides, acid chlorides, anhydrides, Fischer esterification, decarboxylation
    • Amines: basicity, nucleophilicity, synthesis, reactions (acylation, alkylation, formation of amides), Hinsberg test, Gabriel synthesis, Hofmann elimination


  • Spectroscopy and Structure Determination:
    • Infrared (IR) Spectroscopy: functional group identification based on characteristic IR absorption frequencies
    • Nuclear Magnetic Resonance (NMR) Spectroscopy: proton (¹H NMR) and carbon (¹³C NMR) spectroscopy, chemical shifts, splitting patterns, integration, coupling constants, interpretation of spectra for structure elucidation
    • Mass Spectrometry (MS): molecular ion peak, fragmentation patterns, determination of molecular weight and structural information from fragmentation
    • Ultraviolet-Visible (UV-Vis) Spectroscopy: analysis of conjugated systems and determination of electronic structure


  • Laboratory Techniques and Safety: extraction, distillation, chromatography (TLC, column, gas chromatography), recrystallization, melting point determination, solvent selection, qualitative tests for functional groups, error analysis, interpretation of experimental data, lab safety protocols, handling of hazardous organic materials


  • The educational content covered in the Perceptual Ability Test section of the OAT are made up of 16.67% keyhole (aperture) concepts, 16.67% top-front-end (view recognition) concepts, 16.67% angle ranking (angle discrimination) concepts, 16.67% cube counting concepts, 16.67% hole punching concepts, and 16.67% pattern folding (3-Dimensional form development) concepts.

4) Physics

4) Reading Comprehension (RC)

3) Organic Chemistry (Organic Chemistry Portion)

  • The following are topics and concepts covered in this section of the OAT. These concepts often include multiple sub-concepts, meaning each concept listed below can be broken down into further detailed concepts. The concepts shown below may also appear in other sections of the OAT. The concepts that make up the Physics portion of the Survey of Natural Sciences section on the OAT are:


  • Mechanics: fundamental principles and applications, Newton's laws of motion, inertia, force, mass, and acceleration, gravitational force, friction, tension, normal force, free-body diagrams, equilibrium, static and kinetic friction, inclined planes


  • Kinematics: concepts of displacement, velocity, acceleration, equations of motion, vector and scalar quantities, projectile motion, relative velocity, uniform and non-uniform motion, free fall, motion in one and two dimensions


  • Dynamics: applications of Newton’s laws in various systems, circular motion, centripetal force and acceleration, frictional forces, drag, air resistance, normal force, applications to pulleys and incline systems


  • Work, Energy, and Power:
    • Work: definition, calculation of work done by constant and variable forces, work-energy theorem
    • Energy: kinetic energy, potential energy (gravitational, elastic), conservation of energy, energy transformations, mechanical energy, non-conservative forces (work done by friction, air resistance)
    • Power: definition, calculation of average and instantaneous power, relation between power, force, and velocity


  • Momentum: linear momentum, impulse, conservation of momentum, collisions (elastic and inelastic), center of mass, applications of momentum conservation, impulse-momentum theorem


  • Rotational Motion and Dynamics:
    • Rotational Kinematics: angular displacement, angular velocity, angular acceleration, relations between linear and angular motion
    • Torque: definition, calculation, lever arm, static equilibrium, rotational inertia (moment of inertia), rotational dynamics
    • Rotational Energy and Work: rotational kinetic energy, angular momentum, conservation of angular momentum, gyroscopic effects, precession


  • Gravitation: universal law of gravitation, gravitational force, gravitational field, gravitational potential energy, satellite motion, orbits, Kepler’s laws of planetary motion, escape velocity


  • Waves and Oscillations:
    • Simple Harmonic Motion: springs, pendulums, properties of oscillatory motion, restoring forces, period, frequency, amplitude, phase, energy in simple harmonic motion
    • Waves: wave properties (wavelength, frequency, speed, amplitude), transverse and longitudinal waves, wave speed, interference, standing waves, resonance, Doppler effect, reflection, refraction, diffraction, superposition, constructive and destructive interference


  • Sound: sound waves as longitudinal waves, properties of sound (frequency, wavelength, speed, amplitude), intensity and loudness, decibel scale, Doppler effect in sound, speed of sound in different media, resonance in tubes and strings, standing sound waves


  • Thermodynamics:
    • Temperature and Heat: temperature scales (Celsius, Kelvin, Fahrenheit), thermal expansion, specific heat capacity, calorimetry, heat transfer (conduction, convection, radiation)
    • Laws of Thermodynamics: zeroth, first, second, and third laws of thermodynamics, internal energy, heat, and work, isothermal, adiabatic, isobaric, and isochoric processes
    • Heat Engines and Efficiency: Carnot cycle, real engines, efficiency, entropy and disorder, reversible and irreversible processes


  • Fluid Mechanics:
    • Properties of Fluids: density, pressure, buoyancy, Archimedes’ principle, Pascal’s principle


  • Fluid Dynamics: Bernoulli’s equation, equation of continuity, laminar and turbulent flow, viscosity, surface tension, capillary action, fluid flow in pipes, Venturi effect, applications of fluid flow (e.g., blood flow in veins, air flow over wings)


  • Electricity and Magnetism:
    • Electrostatics: electric charge, Coulomb’s law, electric field, electric potential energy, electric potential (voltage), equipotential lines, electric dipoles
    • Capacitance: capacitors and dielectrics, capacitance calculation, energy stored in a capacitor, parallel and series arrangements of capacitors
    • Current and Circuits: electric current, Ohm’s law, resistance, resistivity, power in electrical circuits, series and parallel resistors, Kirchhoff’s laws, circuit analysis
    • Magnetism: magnetic fields and forces, magnetic field of a current-carrying wire, force on a moving charge in a magnetic field, magnetic flux, electromagnets, Hall effect
    • Electromagnetic Induction: Faraday’s law, Lenz’s law, induced electromotive force (emf), applications of electromagnetic induction (generators, transformers), eddy currents


  • Optics:
    • Geometrical Optics: reflection, refraction, Snell’s law, total internal reflection, critical angle, lenses and mirrors, ray diagrams, magnification, image formation, focal length
    • Physical Optics: wave nature of light, interference (double-slit, thin-film), diffraction, polarization of light, Huygens’ principle, Young’s double-slit experiment, diffraction gratings


  • Modern Physics:
    • Relativity: basic principles of special relativity, time dilation, length contraction, mass-energy equivalence, applications of relativity
    • Quantum Mechanics: photoelectric effect, wave-particle duality, Heisenberg uncertainty principle, atomic models, Bohr model of the hydrogen atom, electron energy levels, quantized atomic energy, orbital shapes
    • Nuclear Physics: nuclear structure, radioactivity, alpha, beta, and gamma decay, half-life, nuclear reactions, fission and fusion, mass-energy equivalence, binding energy
    • Atomic and Molecular Structure: atomic orbitals, electron configurations, molecular bonds, energy levels, emission and absorption spectra, quantum numbers


  • Laboratory Techniques and Measurements: measurement accuracy and precision, laboratory equipment (multimeters, oscilloscopes, spectrometers), error analysis, graphing data, experimental design, units and conversions, significant figures, data interpretation, and lab safety


  • The educational content covered in the Reading Comprehension section of the OAT are made up of 40% reasoning beyond the text, 30% reasoning within the text, and 30% foundations of comprehension.

5) Quantitative Reasoning

4) Reading Comprehension (RC)

4) Reading Comprehension (RC)

  • The following are topics and concepts covered in this section of the OAT. These concepts often include multiple sub-concepts, meaning each concept listed below can be broken down into further detailed concepts. The concepts shown below may also appear in other sections of the OAT. The topics that make up the Quantitative Reasoning section on the OAT are:


  • Basic Arithmetic: properties of numbers, order of operations (PEMDAS), absolute values, factors and multiples, prime numbers, greatest common divisor (GCD), least common multiple (LCM), rules of divisibility, exponent rules, roots and radicals, properties of real numbers


  • Fractions, Decimals, and Percentages:
    • Fractions: simplifying, addition, subtraction, multiplication, division, mixed numbers, improper fractions, ratio and proportion applications
    • Decimals: rounding, decimal place values, converting between fractions and decimals, repeating decimals
    • Percentages: converting between fractions, decimals, and percentages, percentage increase and decrease, applications in word problems, calculating percentage change, percentage of a number, and simple interest problems


  • Algebra:
    • Basic Algebraic Operations: solving linear equations and inequalities, simplifying algebraic expressions, combining like terms, distributive property, factoring, exponents and roots in algebra
    • Linear Equations and Inequalities: slope-intercept form, point-slope form, graphing lines, finding slope, interpreting intercepts, solving inequalities, absolute value equations and inequalities
    • Quadratic Equations: factoring, quadratic formula, completing the square, discriminants, roots of quadratic equations, graphing parabolas
    • Polynomials: operations with polynomials, polynomial division, factoring techniques, roots and zeroes
    • Systems of Equations: solving by substitution, elimination, graphical methods, interpreting solutions in a system of linear equations, systems of inequalities
    • Functions: function notation, evaluating functions, domain and range, inverse functions, transformations of functions (shifting, stretching, compressing), composite functions


  • Word Problems:
    • Translating Words to Equations: setting up equations from word problems, identifying variables, interpreting keywords
    • Mixture Problems: concentration and mixture word problems
    • Work Problems: rate and time problems, combined work problems
    • Rate, Distance, and Time: uniform motion problems, relative speed, rate problems involving multiple rates


  • Probability and Statistics:
    • Probability: basic probability principles, probability of independent and dependent events, conditional probability, complementary events, calculating probabilities with and without replacement
    • Counting Methods: permutations and combinations, factorials, application in counting outcomes
    • Descriptive Statistics: mean, median, mode, range, standard deviation, variance, interpreting graphs and tables
    • Data Interpretation: interpreting bar graphs, line graphs, pie charts, tables, histograms, scatter plots


  • Geometry:
    • Basic Geometry: properties of lines, line segments, rays, angles (types and measures), parallel and perpendicular lines, angle relationships (complementary, supplementary, vertical angles)
    • Triangles: types of triangles, properties (isosceles, equilateral, right), Pythagorean theorem, special triangles (30-60-90, 45-45-90), congruency and similarity, triangle inequality
    • Quadrilaterals and Polygons: properties of quadrilaterals (squares, rectangles, parallelograms, trapezoids), area and perimeter of polygons, sum of interior and exterior angles
    • Circles: radius, diameter, circumference, area, central and inscribed angles, arcs, chords, tangent lines, sectors, segment areas
    • Coordinate Geometry: distance formula, midpoint formula, slope, equation of a line, circles in the coordinate plane, symmetry, transformations (translations, reflections, rotations)


  • Trigonometry:
    • Trigonometric Ratios: sine, cosine, tangent, and their reciprocals (cosecant, secant, cotangent), solving right triangles, applications in word problems
    • Trigonometric Identities and Equations: Pythagorean identities, angle sum and difference identities, double-angle identities, simplifying trigonometric expressions
    • Unit Circle: understanding radians and degrees, using the unit circle for exact values of trigonometric functions, converting between radians and degrees
    • Graphing Trigonometric Functions: graphing sine, cosine, and tangent functions, amplitude, period, phase shift, transformations


  • Measurement and Conversions:
    • Units of Measurement: metric and customary units, conversions between units (length, area, volume, mass), temperature conversions (Celsius to Fahrenheit and vice versa)
    • Area and Volume Calculations: calculating area, surface area, and volume for common geometric shapes (squares, rectangles, triangles, circles, cylinders, spheres, cones, prisms)
    • Dimensional Analysis: converting complex units, multi-step conversions


  • Data Analysis and Interpretation:
    • Graphical Analysis: interpreting bar graphs, pie charts, histograms, line graphs, and scatter plots, trends and patterns in data
    • Descriptive Analysis: understanding measures of central tendency (mean, median, mode), measures of spread (range, variance, standard deviation), and interpreting statistical summaries
    • Inferential Statistics: basic concepts of sampling, margins of error, confidence intervals, statistical significance


  • Logic and Problem Solving:
    • Set Theory: unions, intersections, complements, Venn diagrams, applications in counting and probability
    • Logical Reasoning: logical statements, deductive and inductive reasoning, if-then statements, evaluating arguments, truth tables, analyzing arguments
    • Critical Thinking: pattern recognition, sequences and series, arithmetic and geometric sequences, logic puzzles


  • The educational content covered in the Reading Comprehension section of the OAT are made up of 40% reasoning beyond the text, 30% reasoning within the text, and 30% foundations of comprehension.

4) Reading Comprehension (RC)

4) Reading Comprehension (RC)

4) Reading Comprehension (RC)

  • The following are topics and concepts covered in the Reading Comprehension section of the OAT. This section assesses skills in analyzing and interpreting written material across a variety of scientific and non-scientific texts. These topics are typically integrated, with questions focused on deriving meanings, identifying key points, and drawing inferences. Concepts are broken down into essential skills and approaches for comprehending passages effectively. The topics that make up the Reading Comprehension section on the OAT are:


  • Main Idea and Theme:
    • Identifying the Central Idea: recognizing the main idea or thesis statement, understanding the purpose of the text, distinguishing between main points and supporting details
    • Finding the Theme: analyzing the overarching theme or purpose of a passage, recognizing how details support the main theme
    • Summarization: condensing a passage into its core components, capturing the essential points without extraneous details


  • Supporting Details and Facts:
    • Locating Supporting Evidence: identifying specific information that supports the main idea, differentiating facts from opinions, recognizing details that contribute to the author's argument
    • Fact vs. Opinion: distinguishing factual statements from the author's personal views, understanding how opinions are used to support or contrast with facts
    • Critical Details: focusing on essential details that reinforce the central message, recognizing when details are used to persuade or inform


  • Inference and Interpretation:
    • Making Inferences: drawing logical conclusions based on information presented, reading between the lines, understanding implicit ideas
    • Reading for Implications: understanding how small details imply broader meanings, identifying assumptions and underlying messages
    • Predictive Reasoning: making educated guesses about future implications or outcomes based on information in the passage


  • Author’s Tone and Purpose:
    • Tone and Mood: recognizing the author’s tone (e.g., persuasive, informative, skeptical, objective), understanding how tone affects the reader’s perception
    • Purpose of Writing: determining whether the author’s purpose is to inform, persuade, entertain, or explain, analyzing the effectiveness of the author’s approach
    • Author’s Attitude: identifying the author’s perspective or stance on a topic, recognizing when the author shows bias or presents a balanced view


  • Logical Structure and Organization:
    • Understanding Passage Structure: recognizing organizational patterns such as cause and effect, compare and contrast, problem and solution, chronological order
    • Flow of Ideas: identifying how one idea transitions to another, understanding paragraph structures and topic sentences
    • Argument Structure: analyzing how arguments are constructed, identifying premises and conclusions, evaluating the logical progression of ideas


  • Context Clues and Vocabulary:
    • Vocabulary in Context: using surrounding text to infer the meaning of unfamiliar words, recognizing synonyms and antonyms within the passage
    • Word Choice and Diction: understanding how specific word choices affect the tone and meaning, identifying connotations and subtleties in vocabulary
    • Technical Terminology: interpreting scientific or technical vocabulary, using context to infer meanings of specialized terms


  • Critical Analysis and Evaluation:
    • Evaluating Arguments: assessing the strength and validity of an argument, identifying logical fallacies, evaluating supporting evidence
    • Bias and Perspective: recognizing bias or point of view, understanding how the author’s perspective influences content and interpretation
    • Assessing Credibility: evaluating the reliability and credibility of sources within the passage, identifying trustworthy and dubious statements


  • Synthesis and Integration:
    • Comparing Information: synthesizing information from multiple parts of the passage, drawing connections between different ideas or sections
    • Connecting Multiple Ideas: integrating different concepts within a passage, understanding the relationships between multiple points
    • Summarizing and Concluding: summarizing the passage as a whole, drawing logical conclusions based on cumulative information


  • Interpretation of Data and Figures:
    • Understanding Data Representation: interpreting charts, graphs, tables, and other data forms when presented in text, understanding how data supports the main ideas
    • Relating Data to Content: connecting numerical or graphical data with textual information, assessing how data validates or contradicts the author’s points
    • Critical Analysis of Data: evaluating the relevance and accuracy of data, understanding limitations and potential biases in data presentation


  • Problem Solving and Application:
    • Scenario-Based Reasoning: applying information to hypothetical situations or scenarios, determining how new variables might impact the argument or outcome
    • Evaluating Solutions: analyzing suggested solutions or proposed ideas within the passage, assessing their effectiveness or feasibility
    • Logical Application of Concepts: using logical reasoning to apply learned information to new contexts or challenges posed in the text 


  • The educational content covered in the Reading Comprehension section of the OAT are made up of 40% reasoning beyond the text, 30% reasoning within the text, and 30% foundations of comprehension.

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