Physics & Calculus for Pharmacy Prerequisites- The quantitative requirements catch a lot of pharmacy applicants off guard. Many programs require physics, most require a math course, and the rules about which versions count are stricter than people expect. This guide explains how common physics and calculus are, the algebra-based versus calculus-based question, why non-majors survey courses get rejected, and how to complete these online.
Often, yes — but not universally, which is exactly why you have to check. According to the PharmCAS course prerequisite summaries from the American Association of Colleges of Pharmacy (AACP), physics is required by many programs and non-business calculus is the most commonly required math, with statistics frequently accepted or required as well. Whether your target programs require physics, calculus, statistics, or some combination is a per-program question — confirm it against each school and the full complete guide to pharmacy school prerequisites list.
This variability is the whole reason to check early. Building a course — especially a lab science like physics — into your plan that a program does not require wastes a term; skipping one a program does require costs you a cycle. A quick audit of every target program’s quantitative requirements, alongside your career change to pharmacy planning, tells you exactly which of these courses you actually need.
Physics shows up on a large share of prerequisite lists. Where required, it is usually one or two semesters, and programs expect a real, math-based course rather than a conceptual overview. Because “lab requirements vary,” confirm whether a lab is needed. Physics maps to PHY 116 in the catalog.
Physics earns its place on the list because dosing calculations, pharmacokinetics, and the physical principles behind drug delivery all draw on quantitative reasoning. Programs that require it want evidence you can handle that kind of problem-solving, which is why the math-based version is the one that counts.
A common question: which physics counts? Many pharmacy programs accept either algebra-based or calculus-based physics, since both are rigorous, math-grounded courses. Some science-major-oriented programs prefer or require the calculus-based version. What is generally not accepted is a non-mathematical physics survey for non-science majors. Confirm which version a program wants before enrolling so the credit counts.
If you have flexibility and your target programs accept either, algebra-based physics is often the more approachable route for non-engineering applicants, while calculus-based physics keeps the widest set of programs open. Match the choice to your program list rather than to convenience alone.
Most programs require a college math course. Non-business calculus is the single most commonly required, and many programs also require or accept statistics — some want both. The distinction matters: a “business calculus” or remedial math course often will not satisfy a calculus requirement. Calculus maps to MATH 120 in the catalog.
If your program list mixes calculus-only, statistics-only, and “both” requirements, the safe move is to plan for the strictest combination on your list. Completing calculus and statistics both keeps every door open and rarely hurts, whereas discovering a missing one late can stall an application.
This is the quantitative version of the survey-course trap from pharmacy prerequisites for non-science majors. Programs expect the math-based, majors-appropriate versions of physics and calculus. A “physics for non-majors” or “mathematics appreciation” course may look like it checks the box but be rejected on review. The fix is simple: take the standard majors-level course and verify acceptance.
Confirm the exact course type. Business calculus, conceptual physics, and non-majors surveys frequently do not satisfy pharmacy math and physics requirements. Verify the accepted version with the program and your verified PharmCAS application before you enroll.
| Requirement | How common | What to confirm |
|---|---|---|
| Physics (1–2 semesters) | Required by many programs | Algebra- vs. calculus-based; lab needed? |
| Calculus (non-business) | Most commonly required math | Calculus vs. statistics; which version |
| Statistics | Frequently required or accepted | Whether it is required in addition to calculus |
As with the other sciences, lab and version requirements vary, so treat the table as a prompt to verify rather than a universal rule.
Both subjects are commonly completed online, especially by career changers and working applicants. The deciding factor is acceptance: take the majors-level versions at a regionally accredited institution your programs recognize, and confirm any lab requirement for physics. online pharmacy prerequisites covers what to verify before enrolling.
As with every prerequisite, acceptance depends on accreditation: regionally accredited coursework — the standard that underpins Accreditation Council for Pharmacy Education (ACPE)-accredited pharmacy programs — is what counts, and anything outside it is where applicants get tripped up. If the payoff feels abstract, the U.S. Bureau of Labor Statistics outlook for pharmacists is a useful reminder of what these quantitative requirements are gatekeeping.
On PrereqCourses, the physics requirement maps to PHY 116 and the calculus requirement maps to MATH 120 — each $695 per course, delivered self-paced through a regionally accredited, HLC-accredited university partner with monthly start dates. Browse them on the pharmacy prerequisite courses page, and confirm with your programs that the specific versions and any lab components are accepted before enrolling.
Math readiness underpins both chemistry and physics, so handle any required calculus early — it supports the rest of the science stack. Physics can usually slot in mid-sequence. Aim for strong grades, since these count in your science GPA, the dominant academic signal (GPA you need for pharmacy school). Pair this plan with the non-chemistry sciences in A&P and microbiology for pharmacy school.
Treat calculus as an early, foundational move rather than a box to clear at the end. Strong quantitative footing makes general chemistry and physics easier, so front-loading the math often improves the grades you earn across the rest of the science stack.
Not every program requires physics, and math requirements differ — some want calculus, some statistics, some both. Before enrolling in a course “just in case,” confirm what each target program actually requires; the answer can save you a course. When requirements differ across your program list, plan to the strictest one so you are covered everywhere.
That “plan to the strictest” principle is the single most useful habit for the quantitative requirements, because their rules vary more than any other prerequisite area — and being covered everywhere is what keeps your full program list open.
Take Physics and Calculus self-paced and regionally accredited, with monthly start dates — $695 per course each.See the Prerequisite Courses
Always verify with the program. Prerequisite requirements differ by school and change year to year. Treat the details here as general guidance and confirm specifics with each program’s admissions office, the registrar, and your verified PharmCAS application before enrolling in any course.
Often, but not universally. Per the AACP/PharmCAS course prerequisite summaries, physics is required by many programs and non-business calculus is the most commonly required math, with statistics frequently required or accepted. Confirm with each program.
Many programs accept either, since both are rigorous, math-based courses, though some science-oriented programs prefer or require calculus-based physics. Non-mathematical physics surveys for non-majors are generally not accepted.
Most require a math course, with non-business calculus the most commonly required and statistics frequently required or accepted — some programs want both. Business or remedial math usually does not satisfy a calculus requirement.
Usually not. Programs expect the math-based, majors-appropriate version of physics and reject conceptual or non-majors surveys. Take the standard majors-level course and confirm acceptance before enrolling.
Lab requirements vary by program. Some require a physics lab and some do not, so verify the specific requirement with each target program before enrolling.
Physics maps to PHY 116 and calculus maps to MATH 120 — each self-paced and regionally accredited. Confirm with your programs that the specific versions and any lab components are accepted before enrolling.
