Download the free MCAT Physics Equations Anki deck and learn how to use it to memorize formulas, variables, and units for the Chemical and Physical Foundations section.
MCAT Physics Equations Anki Deck Download
The MCAT Physics Equations Anki deck can be downloaded for free here. This deck was designed to help premedical students review many of the important physics equations, variables, and units that may appear on the Chemical and Physical Foundations of Biological Systems section of the MCAT.
Download the MCAT Physics Equations Anki deck here:
https://drive.google.com/file/d/1g5gCNoRHSUToV–Ls6DBGyzGasdfpxRf/view?usp=sharing
Physics formulas can become one of the most frustrating parts of MCAT content review because it is rarely enough to simply recognize an equation when you see it. You also need to understand what each variable means, know the appropriate units, recognize relationships between variables, and determine when an equation applies to a passage or question.
A dedicated MCAT physics formula Anki deck can make this process much more manageable. Instead of attempting to memorize an entire equation sheet at once, you can review the material gradually through active recall and spaced repetition. This allows you to revisit difficult formulas more frequently while spending less time on equations you already understand.
However, this deck should not replace physics practice questions or conceptual learning. The most effective approach is to use it alongside a complete MCAT content-review resource, passage-based practice, and your own careful review of missed questions.
In this guide, I will explain what the MCAT Physics Equations Anki deck contains, who may benefit from using it, how to incorporate it into an MCAT study schedule, and how to avoid the common mistake of memorizing equations without learning how to apply them.
What Is the MCAT Physics Equations Anki Deck?
The MCAT Physics Equations Anki deck is a free shared deck created to help students learn many of the equations needed for MCAT physics. According to the deck’s original description, it contains a collection of physics equations covering content from the early physics chapters of the Kaplan MCAT review materials.
The original creator also explained that the cards were designed to include more than an equation by itself. Many cards help identify the meaning of the variables, the relevant units, and the relationships represented by the equation. This is particularly helpful for students who struggle to remember what each symbol means after memorizing the general appearance of a formula.
For example, memorizing the equation for power is more useful when you also understand how power relates to work and time, how it may be expressed using electrical quantities, and which units can be used to identify it in a question. The same is true for equations involving force, energy, fluids, circuits, waves, optics, and other physics topics.
The deck can therefore serve as a focused supplement for the physics portion of MCAT preparation. It may be especially helpful if your primary Anki deck does not provide enough repetition of equations or if you frequently lose points because you cannot recall a formula quickly.
What Does the MCAT Physics Anki Deck Cover?
The deck focuses on physics equations and related information that may be useful for the MCAT Chemical and Physical Foundations section. Its content was developed around the physics topics found in the Kaplan MCAT review books, particularly the chapters that directly address physics.
Depending on the current version of the shared deck, you may encounter cards involving motion, forces, work, energy, momentum, fluids, electrostatics, circuits, magnetism, waves, sound, light, and optics. Some cards may also emphasize SI units and relationships between units, which can be extremely valuable when you are unsure which equation to use.
The unit component is one of the strongest reasons to consider a physics-specific deck. Dimensional analysis can often help you narrow down answer choices, reconstruct an equation, or recognize that your calculation has gone wrong. Understanding that a joule can be expressed through other base units, for example, gives you another way to reason through a problem instead of relying entirely on memorization.
At the same time, you should not assume that any community-created Anki deck is perfectly complete or error-free. Review equations against a trusted MCAT content resource, particularly when a card conflicts with your textbook, course materials, or official practice explanations. Community discussion has specifically raised a concern about some decay-related equations in the deck, so those cards deserve additional verification before you memorize them.
Is the MCAT Physics Equations Anki Deck Free?
Yes. The MCAT Physics Equations Anki deck is available as a free shared deck through AnkiWeb.
You can access it using the following download page:
https://drive.google.com/file/d/1g5gCNoRHSUToV–Ls6DBGyzGasdfpxRf/view?usp=sharing
You will generally need Anki installed on your computer before importing and using the deck. Anki also offers synchronization features that allow you to access your collection across supported devices after creating an AnkiWeb account.
Be sure to download Anki from its official website rather than an unrelated application with a similar name. Once the program is installed, you can download the shared deck, open the file, and follow the prompts to import it into your Anki collection.
How to Download the MCAT Physics Equations Anki Deck
Begin by opening the AnkiWeb shared-deck page linked above. From the deck page, select the download option and save the shared deck file to your computer.
After the file has downloaded, open it using Anki. The program should display an import window showing information about the cards and deck. Complete the import, then return to the main Anki screen to confirm that the MCAT physics deck appears in your collection.
Before starting your reviews, spend a few minutes looking through the cards. Check whether the formatting displays correctly, whether the equations are readable, and whether any images or special characters are missing. You should also examine how the deck is divided and determine whether you want to study all of the cards immediately or gradually unsuspend cards as you complete the corresponding physics topics.
I generally recommend introducing cards by topic rather than activating an entire physics deck on the first day. This prevents you from being tested on equations you have not learned and helps connect each formula to the content review you recently completed.
Who Should Use This MCAT Physics Anki Deck?
This deck may be a good option for students who understand physics concepts reasonably well but have difficulty recalling formulas, variables, or units under time pressure.
It may also help students who are using a broad MCAT deck such as MileDown, JackSparrow, Aidan, or AnKing but feel that they need more repetition for physics equations. A general deck must divide its attention across biology, biochemistry, chemistry, organic chemistry, physics, psychology, and sociology. As a result, students sometimes prefer to add a smaller supplemental deck for a particularly weak subject.
The MCAT Physics Equations Anki deck could also be useful if you completed physics several semesters ago and need to rebuild your familiarity with common formulas. Repeatedly seeing an equation through Anki can make it easier to recognize the relevant relationship when you encounter it in a passage.
However, students who have not yet learned the underlying physics should avoid using the deck as their only content-review resource. Flashcards are excellent for reinforcing information, but they are usually less effective at teaching a difficult concept for the first time. If you do not understand why an equation works or when it should be used, memorizing it in isolation may create a false sense of preparation.
Is Memorizing Physics Equations Enough for the MCAT?
Memorizing equations is helpful, but it is not enough to master MCAT physics.
The MCAT frequently places physics concepts inside unfamiliar scientific or medical scenarios. You may need to identify which information matters, translate the passage into a familiar relationship, estimate rather than complete a lengthy calculation, or compare how one variable changes when another variable increases.
For this reason, every equation you learn should be connected to a conceptual meaning. When reviewing a card, ask yourself what the equation is describing, what happens when each variable increases, which quantities are directly or inversely related, and what units you expect for the answer.
Suppose you are reviewing an equation that contains a squared radius. Do not stop after recalling the equation correctly. Think about how dramatically the result changes when the radius doubles. If a denominator contains a variable, make sure you understand how increasing that variable affects the overall quantity. These relationships are often more valuable on the MCAT than completing an exact calculation.
Physics practice questions are also essential because they teach you how to select the correct equation from the information provided. Anki can help you remember the tool, but practice is what teaches you when and how to use it.
How to Use the MCAT Physics Equations Anki Deck
The best way to use this deck is to pair it with your physics content review. After studying a chapter or topic, unsuspend the cards that correspond to the equations you just learned. Complete the new cards, continue your scheduled daily reviews, and then apply the same concepts through practice questions.
When answering each card, try to recall the complete relationship before revealing the answer. If the front of the card asks for an equation, state the equation and define each variable. Then identify the units and explain the physical relationship in your own words.
This process may take slightly longer than rapidly clicking through cards, but it creates a much stronger understanding. You are not merely trying to recognize a formula. You are trying to build the ability to retrieve and apply it during a timed exam.
You can also edit cards when an explanation does not make sense to you. Add a short example, include a reminder about units, or write a note explaining when the equation applies. Anki is most useful when it becomes a personalized learning system rather than a deck you review passively.
How Many MCAT Physics Anki Cards Should You Study Each Day?
The ideal number of new cards depends on the length of your MCAT study schedule, your existing workload, and whether you are using another comprehensive deck.
If this physics deck is only a supplement, you may not need to introduce many new cards each day. A modest number of new cards can help you steadily learn the equations without allowing reviews to interfere with practice questions and full-length exams.
Your daily review cards should generally take priority over adding more new cards. When students introduce too many cards at once, the number of scheduled reviews can grow quickly. This often leads to skipped reviews, rushed answers, and frustration with Anki.
A sustainable pace is more valuable than completing the deck as quickly as possible. The purpose of spaced repetition is to build long-term recall, which requires consistency over time.
As your test date approaches, you can reduce the number of new cards and focus on maintaining mature cards, reviewing weak equations, and applying the content through timed questions.
Should You Use This Deck With MileDown, JackSparrow, Aidan, or AnKing?
You can use the MCAT Physics Equations deck alongside a larger Anki deck, but you should first check for duplicate content.
MileDown, JackSparrow, Aidan, AnKing, and other comprehensive MCAT decks already include cards related to physics. Adding a second deck may improve repetition for a weak area, but it can also cause you to review the same equation several times in slightly different formats.
Duplicate cards are not always harmful. Seeing an equation from multiple perspectives may strengthen understanding. However, excessive duplication can take time away from practice questions, full-length exams, and careful review of your mistakes.
Before combining decks, ask yourself what problem you are trying to solve. If you consistently forget formulas, struggle with units, or feel that your main deck is not detailed enough for physics, this deck may be a useful addition. If you already recall the equations well and primarily struggle with applying them, more flashcards may not be the solution. In that situation, physics passage practice and targeted problem review will probably provide greater value.
How to Learn MCAT Physics Equations Without Pure Memorization
One of the best ways to make equations easier to remember is to organize them around concepts rather than treating every formula as an unrelated fact.
For example, several mechanics equations are connected through ideas such as force, work, energy, power, and momentum. Circuit equations are connected through current, voltage, resistance, power, and energy. Wave equations are connected through frequency, wavelength, speed, and period.
When you understand those relationships, you may be able to reconstruct an equation even when you cannot immediately recall it. Units can also provide clues. If the question asks for energy, your final expression should produce units consistent with joules. If it asks for power, you should expect a rate of energy transfer.
You should also practice describing proportional relationships without inserting numbers. Ask what happens to the outcome if one variable doubles, is cut in half, or remains constant. This is especially important for equations containing squares, square roots, or inverse relationships.
Anki can support each of these skills, but only when you actively think through the card instead of revealing the answer immediately.
Should You Make Your Own MCAT Physics Anki Cards?
You do not need to build an entire physics deck from scratch, but making some of your own cards can be extremely helpful.
The best cards to create are often based on mistakes you make during practice. If you repeatedly forget a formula, confuse two variables, use the wrong units, or misunderstand a relationship, create a card that directly addresses that problem.
Personalized cards are powerful because they reflect the exact gaps in your understanding. A premade deck shows you what another student considered important, while your own cards show you what you personally need to improve.
You can use the free MCAT Physics Equations deck as a foundation and gradually add cards from question banks, full-length exams, and content review. Over time, this creates a more targeted deck without requiring you to spend weeks developing every card yourself.
Avoid copying entire practice questions or protected explanations into Anki. Instead, create an original card that summarizes the underlying concept, equation, or reasoning error in your own words.
When Should You Start Reviewing MCAT Physics Equations?
You can begin reviewing physics equations during the content-review phase of your MCAT study plan. Ideally, add cards after studying each corresponding topic so that Anki reinforces material you already understand.
Starting early allows the spaced-repetition system to schedule difficult cards repeatedly over several weeks or months. By the time you begin taking more full-length exams, many of the common formulas should feel familiar.
If your exam is only a few weeks away, the deck can still be useful, but you should be selective. Focus on high-yield equations, topics you repeatedly miss, and formulas that appear in your practice materials. Attempting to complete every card immediately before the exam may create a large review burden without giving the cards enough time to mature.
As you move closer to test day, continue reviewing equations while shifting more of your study time toward official practice, timed passages, full-length exams, and error analysis.
Is This the Best MCAT Physics Anki Deck?
There is no single MCAT physics Anki deck that is best for every student.
This deck has several appealing qualities. It is free, focused specifically on physics equations, and includes information about variables and units that students frequently struggle to recall. It has also remained useful to students for several years after its original release.
However, the best deck is ultimately the one that matches your learning needs and that you can review consistently. Some students may prefer a highly focused equation deck, while others may find that the physics cards in MileDown, JackSparrow, Aidan, or AnKing are sufficient.
You should also evaluate decks based on accuracy rather than popularity alone. Community-created resources can contain outdated information, typographical errors, or explanations that do not match your preferred content source. Verify questionable cards and edit them when necessary.
Most importantly, do not allow the search for the perfect Anki deck to delay your studying. Choose a reliable resource, begin reviewing it consistently, and adjust your approach based on your performance on practice questions.
Common Mistakes When Using an MCAT Physics Formula Deck
A common mistake is memorizing the visual appearance of an equation without understanding the variables. This may allow you to answer a familiar flashcard, but it will not necessarily help when a passage uses different terminology or asks you to rearrange the relationship.
Another mistake is ignoring units. Units are not an optional detail in physics. They can help identify equations, eliminate answer choices, verify calculations, and reveal relationships between physical quantities.
Students may also spend too much time reviewing Anki and too little time solving physics problems. If your daily cards consume most of your study period, reduce your number of new cards and protect time for passage-based practice.
Finally, do not assume every card is automatically correct because it appears in a popular shared deck. Review questionable information against a trusted resource and make corrections in your own copy.
My Recommendation for Using the MCAT Physics Equations Deck
I would use this deck as a supplemental resource rather than a complete MCAT physics course.
Begin with a trusted content-review source so you understand the concepts behind each equation. As you complete each topic, introduce the related Anki cards and use them to reinforce equations, variable definitions, proportional relationships, and units.
Continue your scheduled reviews, but avoid rushing through cards simply to finish the deck. When you miss a card, take a moment to determine why. You may have forgotten the equation, confused the variables, misunderstood the units, or failed to recognize the underlying concept. Each of these problems requires a slightly different solution.
Most importantly, pair the deck with practice questions. When you miss a physics question, return to the relevant equation and ask whether you understood when to use it. Add your own card or note when the existing deck does not address the reasoning mistake.
Used this way, the MCAT Physics Equations Anki deck can become a valuable part of a balanced study plan without replacing the deeper conceptual and passage-based preparation the exam requires.
Download the Free MCAT Physics Equations Anki Deck
You can download the free shared deck through AnkiWeb below:
MCAT Physics Equations Anki deck download:
https://drive.google.com/file/d/1g5gCNoRHSUToV–Ls6DBGyzGasdfpxRf/view?usp=sharing
After importing the deck, review the cards carefully, verify any questionable equations, and consider introducing cards gradually as you complete each physics topic.
You can also explore my collection of free MCAT resources, including additional Anki deck downloads, study schedules, content-review documents, score trackers, full-length review spreadsheets, and application resources.
Frequently Asked Questions About the MCAT Physics Equations Anki Deck
Does the MCAT give you a physics equation sheet?
The MCAT does not provide students with a comprehensive physics equation sheet containing every formula they may need during the exam. Important equations and relationships therefore need to be understood and recalled during your preparation.
Occasionally, a passage may provide a relevant equation, particularly when it involves a less familiar relationship. However, you should not rely on every necessary formula being supplied.
Do you need to memorize every physics equation for the MCAT?
You should know the major equations and relationships that appear throughout MCAT physics, but your goal should not be to memorize an unlimited collection of formulas without context.
Focus on frequently tested relationships, understand how variables interact, learn the relevant units, and practice applying equations in passages. A strong conceptual foundation can also help you derive or reconstruct relationships when your memory is incomplete.
Is the MCAT Physics Equations Anki deck enough for physics content review?
No. The deck is best used as a supplemental memorization and review tool.
You should combine it with a physics content-review resource, practice problems, passage-based questions, full-length exams, and careful review of your mistakes. Anki can strengthen recall, but it does not fully replace conceptual instruction or application practice.
Does the deck include units and variable definitions?
The deck was designed to include equations along with information about variables and units. This can help students understand what each symbol represents and connect equations to dimensional analysis.
The exact contents may vary if the shared deck has been updated, so look through the imported cards before deciding how to incorporate them into your schedule.
Can I use this deck with MileDown?
Yes. You can use it with the MileDown MCAT Anki deck if you want additional physics-equation practice.
Check for duplicate cards before activating the entire deck. If MileDown already provides enough equation review, consider using only the cards that address your weakest topics.
Can I use this deck with JackSparrow or Aidan?
Yes. Both JackSparrow and Aidan contain extensive MCAT content, but some students may still benefit from a separate physics formula deck.
Because these larger decks can already require substantial daily review time, add supplemental cards carefully. The goal is to correct a specific weakness rather than create the largest possible Anki collection.
Should I use Anki or practice questions for MCAT physics?
You should use both, but they serve different purposes.
Anki helps you recall equations, variables, units, and conceptual relationships. Practice questions teach you how to interpret passages, select the appropriate equation, perform calculations, and apply concepts in unfamiliar situations.
If you already know the equations but continue missing physics questions, prioritize application practice and error review rather than simply adding more flashcards.
Are all equations in shared MCAT Anki decks accurate?
Shared decks can be extremely helpful, but they are created by individual students or community members and may contain occasional mistakes.
Verify questionable equations using a trusted MCAT textbook or another reliable educational source. Community comments have raised concerns about some decay-related material in this particular deck, so review those cards carefully before committing them to memory.
How long should I review MCAT physics Anki cards?
Review them consistently throughout your MCAT study period. Beginning during content review gives the spaced-repetition system time to strengthen your memory before test day.
As your exam approaches, reduce new cards and focus on maintaining your reviews, correcting weak topics, and completing practice questions.
Is this MCAT physics deck still useful?
Although the deck was originally shared several years ago, the underlying introductory physics equations tested on the MCAT are generally stable. A well-designed equation deck can therefore remain useful for later students.
Its age still makes careful verification important. Check the cards against your current content-review materials and correct anything that appears inaccurate, incomplete, or unclear.
Final Thoughts
The MCAT Physics Equations Anki deck offers a convenient way to review formulas, variables, units, and relationships through active recall and spaced repetition. It may be particularly helpful if physics is one of your weaker subjects or if you understand the concepts but struggle to retrieve equations quickly.
Use the deck as one part of a larger preparation strategy. Learn the concepts first, review the equations consistently, verify the information, and apply what you learn through passage-based questions and full-length exams.
Physics can feel intimidating when it looks like a long collection of unrelated equations. Once you begin connecting the formulas through concepts, units, and proportional relationships, the subject becomes much more manageable. Work through it gradually, stay consistent, and remember that you do not need to master everything in a single study session.