Your High School Transcript Isn’t a Checklist; It’s a Blueprint

I’ll never forget the day I sat down with a student I’ll call “Alex.” By every conventional measure, he was a superstar.

A 4.0 GPA from a competitive high school, glowing teacher recommendations, and an essay on medical ethics that was so nuanced and deeply felt it gave me chills.

He was a brilliant humanities student with a passion for medicine, aiming for a pre-med track at an Ivy League university.

He had followed the standard advice to the letter.

He’d taken four years of math, four years of English, and, as his counselor recommended, “three years of lab science.”

“Let’s look at the sciences,” I said, pulling up his transcript.

AP Biology, check.

AP Physics 1, check.

For his third science, he’d chosen AP Environmental Science.

“Where’s chemistry?” I asked.

Alex shifted in his chair.

“I heard it was really math-heavy and, honestly, a bit intimidating.

My counselor said three lab sciences were fine, and APES seemed more interesting and less of a risk to my GPA.”

My heart sank.

In that moment, I saw the chasm between the “standard advice” given by well-meaning counselors and the unwritten rules of elite college admissions.

We spent the next hour looking at the websites of his dream schools.

While they didn’t all have a hard “requirement” for chemistry, the language for their pre-med tracks was clear: a strong foundation in chemistry was not just recommended; it was assumed.

For a serious pre-med applicant, its absence was, as one online forum bluntly put it, “completely bizarre”.¹

Alex, by following the checklist, had inadvertently created a massive structural flaw in his application.

That conversation was a turning point for me.

It was the day I realized that the most dangerous advice in college admissions is often the most common.

It’s the day I stopped seeing a high school transcript as a checklist of completed tasks and started seeing it for what it truly is: the architectural blueprint of a student’s academic readiness.

This guide is the culmination of that epiphany.

We’re not just going to answer “Do colleges require chemistry?” We are going to dismantle that question and rebuild it from the ground up.

We will explore why the simple answer is a trap, why chemistry holds a unique and powerful position in your academic story, and how you can move from anxiously checking boxes to confidently designing an academic blueprint that won’t just get you into college, but will prepare you to thrive when you get there.

Part 1: Deconstructing the Myth — Why “Standard Advice” Is No Longer Enough

The college admissions journey is littered with well-intentioned but dangerously oversimplified rules of thumb.

None is more pervasive, or potentially more damaging, than the “three-science rule.” Countless students like Alex are told that taking three years of laboratory science is the gold standard for a strong college application.

This advice, often echoed by high school counselors and general-purpose college prep websites, is not technically wrong, but it is profoundly misleading.

The Flawed “Three-Science” Rule

Organizations like the College Board and the National Association for College Admission Counseling (NACAC) typically suggest that students complete “three to four years” of laboratory science.²

On the surface, this seems reasonable.

It provides flexibility.

However, the ambiguity of “three to four” is precisely where the trouble begins.

Students and parents often interpret this as “three is enough,” especially if a fourth science course seems particularly challenging.

This interpretation mistakes the floor for the ceiling.

Large public university systems, like the University of California (UC) and California State University (CSU), often state a minimum requirement of two years of lab science, with three years being “recommended”.⁴

This minimum is designed to define the absolute baseline for eligibility across a massive and diverse applicant pool.

It is not, however, a roadmap for admission to a competitive campus or program within that system.

Following the minimum might make you eligible to apply, but it will not make you a competitive applicant.

Minimums vs. Competitive Edge: The Hidden Curriculum

The critical distinction that students must grasp is the difference between a stated minimum requirement and an unstated competitive expectation.

At highly selective institutions, this gap is enormous.

Admissions officers at these schools are not simply verifying that you’ve met a baseline.

They are conducting a holistic review, evaluating the overall strength and rigor of your entire academic journey.⁶

When a top-tier university “recommends” a course, it is not a casual suggestion.

It is a form of strategic ambiguity.

It allows the institution to maintain flexibility for extraordinary applicants who may have faced legitimate barriers, such as attending a high school with limited course offerings.⁹

But for the vast majority of applicants from well-resourced schools, “recommended” is a test.

It signals what the institution considers to be ideal preparation.

Choosing to opt out of a “recommended” core course like chemistry is not a neutral decision.

An admissions officer looking at a transcript that includes advanced biology and physics but is missing chemistry might ask, “Why the gap?” The absence can be interpreted as a “red flag,” suggesting the student is actively avoiding a challenge.¹

This is because taking a rigorous course load demonstrates ambition, intellectual curiosity, and a willingness to engage with difficult, foundational subjects—the very qualities that predict success in a demanding college environment.

A student’s choice to take or skip a core “recommended” course thus becomes a data point about their academic maturity, the quality of their guidance, and their understanding of their own stated academic goals.

Part 2: The New Paradigm — Your High School Transcript as an Architectural Blueprint

To escape the trap of the checklist mentality, you need a new mental model.

Stop thinking of your high school courses as a list of requirements to be ticked off.

Instead, I want you to envision your four-year academic plan as the architectural blueprint for a house—your “Academic House.” This house represents your readiness for college-level work.

This isn’t just a folksy metaphor; it’s a powerful cognitive tool.

Research shows that using familiar analogies is one of the most effective ways to make complex, abstract concepts—like the college admissions process—tangible and understandable.¹⁰

By framing your transcript as a blueprint, you shift from being a passive box-checker to an active, intentional designer of your academic future.

Let’s lay out the blueprint for this Academic House:

• The Foundation: Biology. This is the ground upon which everything else is built. Biology is the study of life itself. Most high schools wisely require it in the 9th or 10th grade because it provides the essential context for all other life and physical sciences.¹³ It is the stable, solid ground on which you will build.
• The Structural Frame: Physics. If biology is the ground, physics provides the fundamental laws of structure, energy, and motion. It’s the load-bearing beams, the trusses, and the supports. Physics explains how the world works on a macroscopic level—the forces that hold things together and the energy that drives them apart. A house without a solid frame is unstable and will not stand.
• The Walls, Roof, and Floors: English, Math, History, and Languages. These are the essential, visible structures of your education. They give the house its shape, define its rooms, and protect its inhabitants from the elements. They are the core components that everyone agrees are non-negotiable for a complete education.
• The Plumbing and Wiring: Chemistry. This is the crucial, often unseen, system that makes the house functional. It is the intricate network that connects everything. The plumbing and wiring run through the walls, connecting the foundation to the frame, delivering power and water, and enabling all the systems within the house to interact. Chemistry explains how energy flows between systems, how materials are constructed at a molecular level, and how biological processes are powered. Without chemistry, you have a structure that might look like a house from the outside, but inside, nothing works. There’s no power, no running water, no functional systems. It’s an empty shell.

This analogy reveals why chemistry is so critical and, paradoxically, why so many students find it difficult.

Students on forums often express anxiety about the math involved in chemistry and its abstract, non-intuitive concepts.¹⁵

This difficulty is not a bug; it’s a feature.

Chemistry is challenging for the very same reason it is so essential: it is a systems-level discipline that requires abstract and quantitative thinking.

It forces you to connect the visible world (biology) with the invisible laws that govern it (physics).

Therefore, a student’s willingness to engage with the complexity of chemistry, to wrestle with its abstractions and master its quantitative demands, is one of the most powerful signals they can send to a college.

It demonstrates a readiness for higher-level, interdisciplinary thought.

Overcoming the struggle with chemistry is a practical demonstration of the exact skills—problem-solving, critical thinking, and managing abstraction—that rigorous college curricula demand.¹⁸

Part 3: The Central Science — Why Chemistry Is the Essential Plumbing and Wiring

Academics have a name for the role chemistry plays as the “plumbing and wiring” of your education: they call it the central science.²⁰

This term, popularized by the textbook

Chemistry: The Central Science, reflects the discipline’s unique position as the bridge connecting the fundamental principles of physics with the complex systems of biology, medicine, and engineering.²⁰

Chemistry is the science of matter and its transformations—the study of the composition, structure, and properties of substances and the changes they undergo.

Since everything is made of matter, chemistry is, by definition, fundamental to everything.¹⁹

Connecting the Disciplines (The “Wiring” in Action)

Let’s trace the wiring to see how chemistry powers other fields:

• Chemistry and Biology: You cannot truly understand modern biology without chemistry. How does DNA replicate? Through a series of precise chemical reactions. How do our bodies convert food into energy? The Krebs cycle, a cornerstone of biochemistry. How does a medication work? By interacting with specific molecules in our cells. This is why a high school chemistry course is so vital for any student considering a major in biology, biochemistry, or a pre-med track. College-level introductory chemistry is a notorious “weeder” course designed to separate those who can handle the rigors of medical school from those who cannot.⁵ Entering that course without a solid high school foundation is like trying to wire a house with no prior knowledge of electricity—it’s a recipe for failure.¹
• Chemistry and Physics: The properties of the materials used to build our world—from the silicon in computer chips to the alloys in an airplane wing—are determined by their chemical structure. Fields like materials science, thermodynamics, and battery technology exist at the intersection of chemistry and physics.²⁰ For any aspiring engineer, understanding these chemical principles is non-negotiable. You cannot build things without knowing what they are made of and how they will react under stress and over time.²⁴
• Chemistry and the “Real World”: The reach of chemistry extends far beyond the traditional STEM fields. A student majoring in Art History will have a deeper understanding of Renaissance painting by knowing the chemical composition of the pigments used and why they fade over time. An Economics major studying global agriculture can better analyze crop yields by understanding the chemistry of fertilizers and soil health. A Psychology major exploring the roots of behavior will eventually encounter the neurochemistry of the brain.¹⁷ Even fields like law and public policy are increasingly shaped by an understanding of environmental chemistry and toxicology.²²

To make this practical, the following table breaks down the importance of high school chemistry for a range of potential college majors, illustrating its role as the essential “plumbing and wiring.”

Potential College Major	Is HS Chemistry Required/Strongly Recommended?	Why It’s the “Plumbing & Wiring” for This Field
Biology / Pre-Med	Required	Underpins all of pharmacology, biochemistry, and molecular biology. You can’t understand how a drug works, how a cell gets energy, or how genes are expressed without it. It’s the language of life at the molecular level.1
Engineering (All fields)	Required	Explains material science, battery technology, reaction kinetics, and corrosion. You can’t design a better engine, a longer-lasting battery, or a stronger bridge without knowing what your materials are made of and how they’ll behave.24
Environmental Science	Required	Essential for understanding water quality, soil contamination, atmospheric pollutants, and the chemical cycles (carbon, nitrogen) that govern our planet. It’s the basis for analyzing and solving environmental problems.18
Psychology / Neuroscience	Strongly Recommended	The brain is an electrochemical organ. Understanding neurotransmitters, hormones, and the mechanism of psychotropic drugs is impossible without a foundation in chemistry. It connects behavior to its biological source.17
Computer Science	Recommended	For students interested in hardware, material science, or quantum computing, chemistry is crucial for understanding semiconductors, battery life, and the physical components that make computation possible.24
Economics / Public Policy	Recommended	Provides the scientific literacy to understand and create policy around energy, the environment, public health, and agriculture. You can’t regulate what you don’t understand.22
Art History / Art Conservation	Helpful	Explains the composition of pigments, binders, and canvases. Essential for understanding why artworks degrade and how to preserve them. It’s the science behind the art.25
Undecided	Strongly Recommended	This is perhaps the most critical category. Taking chemistry keeps the maximum number of doors open. Skipping it can prematurely close off dozens of potential majors, from health sciences to engineering, before you even arrive on campus.5

Part 4: Designing Your Blueprint — Tailoring Your Science Path to Your Ambitions

Now that we have our “Academic House” blueprint, let’s look at how to design it based on your specific goals.

The level of detail and the structural integrity required for a modest ranch house are very different from those needed for a towering skyscraper.

Similarly, your science curriculum should be tailored to the type of college and program you are aiming for.

Subsection 4.1: The Skyscraper — Building for Elite STEM, Engineering, and Pre-Med

• Profile: This blueprint is for students aiming for the most selective and specialized STEM institutions (like Caltech and MIT), top-tier engineering programs, or competitive pre-med tracks at any elite university.
• Blueprint Requirements: The foundation and frame must be flawless and reinforced. For these applicants, taking one year each of biology, chemistry, and physics is the absolute, non-negotiable minimum. In reality, the competitive standard is four years of lab science, culminating in one or more Advanced Placement (AP) or International Baccalaureate (IB) science courses in your senior year.¹³
• Case Studies:

• Caltech is unequivocal. Admission requires one year of chemistry and one year of physics.⁹ There is no ambiguity.
• MIT states that an “ideal preparation” includes biology, chemistry, and physics.³² While they use the word “ideal” instead of “required,” for an applicant pool where the average GPA is 4.17, “ideal” is the only standard that matters.³² Skipping one of these core sciences would place an applicant at a severe, likely insurmountable, disadvantage.
• For pre-med hopefuls, online forums frequented by admissions experts and successful applicants are blunt: applying to a serious science program without high school chemistry is a massive red flag that signals a lack of seriousness or preparation.¹

Subsection 4.2: The Modern Custom Home — Building for Highly Selective & Liberal Arts Universities

• Profile: This is for students targeting Ivy League institutions, Stanford, UPenn, and other top-20 national universities and premier liberal arts colleges, regardless of their intended major.
• Blueprint Requirements: The defining feature of this blueprint is not just strength, but also breadth and intellectual curiosity. These colleges practice holistic review and expect to see that you have challenged yourself across the entire core curriculum.⁷ While a history major might not see an explicit chemistry
  requirement, its absence on a transcript from a student at a well-resourced high school will be noted. Taking the full suite of foundational sciences (biology, chemistry, and physics) signals that you are a well-rounded, intellectually curious student who does not shy away from difficult subjects, even those outside your primary area of interest.
• Case Studies:

• Stanford University does not list specific required courses but recommends “three or more years of science,” providing biology, chemistry, and physics as key examples.³⁴ Their evaluation focuses on “academic excellence” and whether you have taken advantage of the “rigorous courses available” to you.⁷
• The University of Pennsylvania (UPenn) similarly encourages applicants to take courses in all core academic areas throughout high school, looking for a “balanced and advanced college preparatory curriculum”.⁸

Subsection 4.3: The Solid Ranch House — Building for State Universities and Broader Programs

• Profile: This blueprint is for students applying to a wide range of public universities and less-selective private colleges.
• Blueprint Requirements: This is the category where the “minimums” are most directly applicable, but they should still be treated with caution.
• Case Studies:

• The UC/CSU system in California requires a minimum of two years of laboratory science chosen from two of the three core disciplines (biology, chemistry, or physics), but they explicitly recommend three years.⁴
• Other states have similar guidelines, often requiring three units of science, which typically include biology and a physical science like chemistry or physics.³⁶
• Strategic Advice: Even if you are targeting schools where chemistry is not strictly required, taking it is still the wisest strategic move. College students change their majors frequently. Taking chemistry in high school ensures that you don’t inadvertently close the door to a future in nursing, engineering, nutrition, or dozens of other fields that will require it as a prerequisite. It provides maximum future flexibility for a minimal present investment.

The following table summarizes these different levels of expectation, providing a clear, at-a-glance guide to help you design your own academic blueprint.

College Type	Biology	Chemistry	Physics	4th Year Science (AP/IB)
Top-Tier STEM (e.g., Caltech, MIT)	Required	Required	Required	Expected / Highly Recommended
Highly Selective / Ivy+ (e.g., Stanford, UPenn)	Expected	Strongly Recommended / Expected	Strongly Recommended / Expected	Recommended for Competitiveness
Large Public Universities (e.g., UC/CSU System)	Required (as 1 of 2)	Recommended for Competitiveness	Recommended (as 1 of 2)	Enhances Application
General Liberal Arts Colleges	Recommended	Recommended	Recommended	Enhances Application

Part 5: Navigating Construction Issues — A Strategic Guide for When You Can’t Take Chemistry

Sometimes, despite the best planning, you run into construction problems.

A scheduling conflict is unresolvable.

Your school doesn’t offer the course.

A health issue gets in the Way. These are legitimate challenges, and it’s crucial not to panic.

If you find yourself unable to install the “plumbing and wiring” of chemistry in the traditional way, you don’t abandon the house.

You apply for a “special permit” and find alternative ways to complete the renovation.

The “Special Permit” and “Renovation” Solutions

The key is to be proactive.

Instead of letting a gap exist on your transcript, you must actively fill it and document your work.

1. Alternative Venues: The most traditional solution is to seek the course elsewhere. Many students take chemistry over the summer at a local community college or through an accredited online high school.¹ This demonstrates initiative and a commitment to mastering the material. The grade will appear on a separate transcript, which you will submit with your college applications.
2. Online Certification (The Modern Solution): In a significant and recent shift, some of the most selective institutions are now formally recognizing alternative pathways to demonstrate mastery. Caltech, for example, explicitly states that in lieu of a formal high school course, they will accept a certification from Schoolhouse.world for AP/College Chemistry.⁹ This is a game-changing development. Schoolhouse.world is a non-profit platform that offers free peer tutoring based on Khan Academy’s curriculum. By completing the coursework and passing a certification exam, a student can provide official proof of their subject mastery to colleges. This democratizes access to knowledge. What was once a structural barrier—”my school doesn’t offer it”—is now a surmountable hurdle.
3. Addressing the “Why”: If you have a legitimate reason for not taking chemistry, you must control the narrative. Use the “Additional Information” section of the Common Application to explain the situation briefly and factually. Do not make excuses. Simply state the facts. For example: “Due to an unresolvable scheduling conflict, I was unable to take AP Chemistry, as it was offered at the same time as the orchestra class required for my four-year music program commitment. To ensure I had a strong foundation in the subject, I completed the full chemistry curriculum on Khan Academy and earned a subject mastery certification from Schoolhouse.world.” This reframes the absence from a potential weakness (avoiding a hard class) into a story of proactive problem-solving.

A Note on Alternative Science Courses

What about taking another science elective instead, like Anatomy & Physiology, Forensic Science, or Astronomy? These can be fascinating and valuable courses that demonstrate an interest in science.¹⁴

However, it is critical to understand their role in your blueprint.

These courses are like adding beautiful landscaping or a high-tech home theater system to your house.

They are impressive features, but they are

not substitutes for the essential plumbing and wiring.

For any student considering a STEM or health-related field, these electives should be taken in addition to, never in place of, the foundational sequence of biology, chemistry, and physics.

The emergence of university-sanctioned online alternatives like Schoolhouse.world carries a profound implication.

While it solves the problem of access for students from under-resourced schools, it also subtly raises the bar for everyone else.

It shifts the admissions focus from “Did you have the opportunity to take the class?” to “Did you find a way to demonstrate mastery of the material?” For a motivated student, the excuse of “I couldn’t take it” is weaker than ever before.

The expectation is that you will find a way to acquire the knowledge that is foundational to your future studies.

Conclusion: From Blueprint to a Well-Built Future

We began this journey with the story of Alex, a brilliant student who nearly derailed his ambitions by following common but flawed advice.

His story illustrates the central thesis of this guide: your high school transcript is not a checklist of items to complete.

It is the architectural blueprint of your intellectual identity and your academic readiness.

The question is not simply, “Do colleges require chemistry?” The real questions are:

• What kind of academic house are you trying to build?
• What does the absence of a foundational system like chemistry signal about the integrity of your structure?
• How can you intentionally design a blueprint that is not only strong and balanced but also authentically reflects your ambitions?

By reframing the process through the “Academic House” analogy, you can move beyond the anxiety of requirements and into the empowered role of a designer.

You can see chemistry not as an arbitrary hurdle or a GPA risk, but as the essential “central science”—the plumbing and wiring that connects the biological world with the physical laws that govern it, creating a functional, powered, and habitable intellectual home.

The final message is one of empowerment, not fear.

Take this framework and apply it to your own four-year plan.

Look for the connections.

Identify any potential structural weaknesses.

And if you find a gap, don’t despair.

See it as an opportunity for a renovation—a chance to demonstrate the very problem-solving, initiative, and intellectual curiosity that colleges are looking for.

Your goal is not just to build an application that will get you in, but to design a blueprint that will allow you to build a thriving, successful future.

Works cited

1. Will not taking chemistry in high school hinder my application process? – Applying to College, accessed August 13, 2025, https://talk.collegeconfidential.com/t/will-not-taking-chemistry-in-high-school-hinder-my-application-process/1191177
2. High School Classes Colleges Look For – BigFuture, accessed August 13, 2025, https://bigfuture.collegeboard.org/plan-for-college/stand-out-in-high-school/high-school-classes-colleges-look-for
3. High School Classes Required for College Admission, accessed August 13, 2025, https://www.nacacnet.org/high-school-classes-required-for-college-admission/
4. Courses Required for California Public University – High School (CA Dept of Education), accessed August 13, 2025, https://www.cde.ca.gov/ci/gs/hs/hsgrtable.asp
5. Do I need to take chemistry in high school to get into a uc or csu? – Applying to College, accessed August 13, 2025, https://talk.collegeconfidential.com/t/do-i-need-to-take-chemistry-in-high-school-to-get-into-a-uc-or-csu/1794628
6. Need to take chemistry to apply to college, or can I skip it? – CollegeVine, accessed August 13, 2025, https://www.collegevine.com/faq/10026/need-to-take-chemistry-to-apply-to-college-or-can-i-skip-it
7. Holistic Admission : Stanford University, accessed August 13, 2025, https://admission.stanford.edu/apply/overview/index.html
8. Academics | Penn Admissions – University of Pennsylvania, accessed August 13, 2025, https://admissions.upenn.edu/how-to-apply/preparing-your-application/high-school-preparation
9. Academic Requirements for First-Year Applicants – Undergraduate …, accessed August 13, 2025, https://www.admissions.caltech.edu/apply/first-year-applicants/academic-requirements-for-first-year-applicants
10. Using Analogies to Teach Chemistry Concepts – Edutopia, accessed August 13, 2025, https://www.edutopia.org/article/using-analogies-teach-chemistry-high-school/
11. (PDF) What research tells us about using analogies to teach chemistry – ResearchGate, accessed August 13, 2025, https://www.researchgate.net/publication/255745742_What_research_tells_us_about_using_analogies_to_teach_chemistry
12. Analogies and Visual Aids Provided by Chemistry Teachers’ in Chemistry Learning: A Case Study of Pre-service Chemistry Teacher – AIP Publishing, accessed August 13, 2025, https://pubs.aip.org/aip/acp/article-pdf/doi/10.1063/1.5139780/14204679/020048_1_online.pdf
13. The High School Science Classes You Should Take – Blog PrepScholar, accessed August 13, 2025, https://blog.prepscholar.com/the-high-school-science-classes-you-should-take
14. What are the High School Science Courses? – Varsity Tutors, accessed August 13, 2025, https://www.varsitytutors.com/blog/post/what-are-the-high-school-science-courses
15. How important is it to take chemistry in highschool? : r/school – Reddit, accessed August 13, 2025, https://www.reddit.com/r/school/comments/1482udn/how_important_is_it_to_take_chemistry_in/
16. Why is chem so hard. : r/chemistry – Reddit, accessed August 13, 2025, https://www.reddit.com/r/chemistry/comments/1fqahox/why_is_chem_so_hard/
17. I hate chemistry : r/highschool – Reddit, accessed August 13, 2025, https://www.reddit.com/r/highschool/comments/1gplesj/i_hate_chemistry/
18. The Importance of AP Chemistry in High School: Shaping Future Scientists, Engineers, and Critical Thinkers, accessed August 13, 2025, https://raffles-american-school.edu.my/the-importance-of-ap-chemistry-in-high-school-shaping-future-scientists-engineers-and-critical-thinkers/
19. Why Is Chemistry Important & Why You Should Study Chemistry | North Central College, accessed August 13, 2025, https://www.northcentralcollege.edu/news/2021/11/03/why-chemistry-important-why-you-should-study-chemistry
20. The central science – Wikipedia, accessed August 13, 2025, https://en.wikipedia.org/wiki/The_central_science
21. Why Is Chemistry Called the Central Science?, accessed August 13, 2025, https://sciencenotes.org/why-is-chemistry-called-the-central-science/
22. Why study Chemistry – Chemistry & Biochemistry | UW-La Crosse, accessed August 13, 2025, https://www.uwlax.edu/academics/department/chemistry-and-biochemistry/student-resources/why-study-chemistry/
23. upchieve.org, accessed August 13, 2025, https://upchieve.org/blog/what-is-chemistry#:~:text=From%20the%20air%20we%20breathe,interactions%2C%20and%20transformations%20of%20matter.
24. What science classes should I take in high school? : r/EngineeringStudents – Reddit, accessed August 13, 2025, https://www.reddit.com/r/EngineeringStudents/comments/1ivxeh5/what_science_classes_should_i_take_in_high_school/
25. Not a Chem Major? | Chemistry | College of Arts & Sciences – William & Mary, accessed August 13, 2025, https://www.wm.edu/as/chemistry/undergraduate/not-a-major/
26. Chemistry – College of Arts & Sciences, Cornell, accessed August 13, 2025, https://as.cornell.edu/major_minor_gradfield/chemistry
27. Chemistry – UF Undergrad Catalog – University of Florida, accessed August 13, 2025, https://archive.catalog.ufl.edu/ugrad/1617/liberalarts/majors/chemistry.html
28. Minimum Academic Requirements | College of Chemistry – University of California, Berkeley, accessed August 13, 2025, https://chemistry.berkeley.edu/ugrad/degrees/cheme/min-req
29. Requirements – Chemistry – Bowdoin College, accessed August 13, 2025, https://www.bowdoin.edu/chemistry/requirements/index.html
30. If I wanted to skip Honors Chemistry in my high school by taking a course at a college, what course would I take? – Quora, accessed August 13, 2025, https://www.quora.com/If-I-wanted-to-skip-Honors-Chemistry-in-my-high-school-by-taking-a-course-at-a-college-what-course-would-I-take
31. 5 High School Classes Highly Selective Colleges Expect You to Take – Sara Harberson, accessed August 13, 2025, https://www.saraharberson.com/blog/high-school-classes-highly-selective-colleges-expect-you-to-take
32. What are MIT Admission Requirements? | CollegeVine Blog, accessed August 13, 2025, https://blog.collegevine.com/what-are-mit-admission-requirements
33. Does MIT have required classes or language requirements? – MIT Admissions, accessed August 13, 2025, https://mitadmissions.org/help/faq/required-classes-language-requirements/
34. Academic Preparation : Stanford University, accessed August 13, 2025, https://admission.stanford.edu/apply/first-year/prepare.html
35. UPenn Requirements – Admissionado, accessed August 13, 2025, https://admissionado.com/blog/college/upenn-requirements/
36. College Admissions Requirements – Greenville County Schools, accessed August 13, 2025, https://www.greenville.k12.sc.us/Parents/main.asp?titleid=collegerequire
37. Graduation Requirements – TN.gov, accessed August 13, 2025, https://www.tn.gov/education/families/graduation-requirements.html
38. High School Graduation Requirements – NC DPI, accessed August 13, 2025, https://www.dpi.nc.gov/districts-schools/high-school-graduation-requirements
39. Options for High School Science besides Bio/Chem/Physics – The Well Trained Mind Forum, accessed August 13, 2025, https://forums.welltrainedmind.com/topic/672443-options-for-high-school-science-besides-biochemphysics/