Course Description
CHM1024 is a 1-credit corequisite support course taken alongside introductory chemistry. The Statewide Course Numbering System titles it Chemistry Study Skills and describes it precisely: "This course introduces academic skills that correlate to success in chemistry courses. Students will learn effective strategies for note taking, time-management, chemistry problem solving, exam preparation, and using online chemistry resources."
⚠ Its statewide corequisite is named explicitly: `CHM1025` Introduction to Chemistry. This is not a course you take on its own — it is taken in the same term as the chemistry course it supports, and its whole design is to attach study technique to material you are being assessed on that week.
⚠⚠⚠ Two things about this number are unusual and you must know both before registering.
First: the statewide record says it is NOT AUTOMATICALLY TRANSFERABLE. Almost every course in the Florida catalog carries the note "guaranteed transfer to institution offering same course." ⚠⚠ This one does not. That is a deliberate classification, not an oversight, and it has real consequences — see *Special Information*.
Second: only ONE Florida public institution carries it — the University of North Florida, at 1 credit, under the statewide title. ⚠ So this guide is written for a single institution and hedges accordingly.
⚠⚠ Now the case FOR taking it, which is stronger than its credit value or its transfer status suggests. General chemistry is one of the highest-attrition courses in any science curriculum, and the reason is very rarely that the student cannot understand chemistry. It is that chemistry demands a study method most students have never been taught: working problems rather than rereading notes, keeping up daily because the material is strictly cumulative, and recognising the difference between having followed a worked solution and being able to produce one. ⚠ Courses like this exist because institutions measured the outcome and found that teaching the method alongside the content works.
⚠ If you have previously failed or withdrawn from a chemistry course, or you are returning to study after some years, this is the single most useful credit on your schedule.
Learning Outcomes
Required Outcomes
⚠ A 1-credit study-skills corequisite has fewer content outcomes and more about method, and that is correct.
- ⚠⚠ Apply a problem-solving method to a chemistry problem: identify what is given, what is asked, what relationship connects them, and whether the answer's units and magnitude are plausible.
- Use dimensional analysis deliberately as a strategy rather than as a formula to copy.
- ⚠ Distinguish recognising a solution from producing one, and test which you can do by working a fresh problem with the solution covered.
- Take effective notes in a quantitative lecture — recording the method and the reasoning, not only the final answer.
- ⚠ Use distributed practice and retrieval practice rather than rereading and highlighting, and explain why the evidence favours them.
- Manage time across a cumulative course: schedule daily practice, and recognise that two weeks behind in chemistry is not recoverable by one long session.
- Prepare for a chemistry examination — practise under time, without notes, and from a mixed problem set rather than by topic.
- ⚠ Diagnose your own errors: distinguish an arithmetic slip, a unit error, a misread question and a genuine conceptual gap — because each needs a different remedy.
- Use the textbook actively — worked examples, end-of-chapter problems, and the answer key as a check rather than a source.
- Use online chemistry resources critically: the publisher platform, free video sources, and ⚠ judging which are reliable.
- Use institutional support — office hours, tutoring, supplemental instruction, study groups — and ⚠ ask a specific question rather than "I don't understand."
- Work productively in a study group, including explaining a solution to someone else.
- ⚠ Recognise and manage test anxiety and the effects of sleep, and know where institutional support is.
Optional Outcomes
- Rebuild specific mathematics foundations — fractions, ratios, percentages, scientific notation, rearranging equations.
- Use a scientific calculator correctly, including scientific notation and order of operations.
- Master the course's homework platform (ALEKS, Mastering Chemistry, Connect, OWLv2).
- Drill nomenclature and symbol recognition systematically.
- Practise reading a quantitative textbook, which is a distinct skill from reading prose.
- Reflect on metacognition — monitoring your own understanding as you work.
- Plan the chemistry sequence ahead and the pathway it serves.
Major Topics
Required Topics
- ⚠ Why chemistry is different — cumulative structure, quantitative demand, and why strategies that worked in other courses fail here.
- Problem-solving frameworks — given/asked/relationship/check; dimensional analysis as a strategy.
- Note taking in a quantitative lecture, and reviewing notes within a day.
- Study methods that work — spaced practice, retrieval practice, interleaving, self-testing; ⚠ and why rereading and highlighting feel productive and are not.
- Time management for a cumulative course, and realistic weekly scheduling.
- Examination preparation — mixed practice under time, and reviewing a returned examination properly.
- ⚠ Error analysis — classifying your own mistakes and choosing the right remedy.
- Using the textbook and the homework platform deliberately.
- Online resources — which are reliable, and how to use a video without substituting it for practice.
- Getting help — office hours, tutoring, supplemental instruction, and how to ask a useful question.
- Study groups — how to run one that works, and the value of explaining aloud.
- Test anxiety, sleep and workload, and where institutional support is.
- ⚠ Working the current chemistry course's own material — the practical core of the class, and the reason the corequisite structure exists.
Optional Topics
- Mathematics review targeted at chemistry.
- Calculator technique.
- Nomenclature drill.
- Reading a scientific or quantitative text.
- Metacognitive monitoring and reflection.
- Pathway and sequence planning.
- Laboratory notebook and report-writing technique.
Resources & Tools
- ⚠⚠ The primary resource is your own chemistry course's material. That is the design: bring this week's problem set, this week's notes and your own attempts. A support session you arrive at empty-handed is a wasted hour.
- ⚠⚠ Free, and the two most useful things named specifically: Khan Academy — its arithmetic, ratios, scientific-notation and dimensional-analysis material is the exact mathematical foundation chemistry assumes; and Tyler DeWitt on YouTube, who is unusually good at the topics that stop students — moles, unit conversion, significant figures, balancing equations. The Organic Chemistry Tutor is the other reliable free source for worked problems.
- OpenStax Chemistry 2e (openstax.org) and ChemLibreTexts (libretexts.org) — free, complete, and useful when your assigned text explains something in a way that does not land.
- ⚠ On study method, the evidence-based sources are short and free: the Learning Scientists materials on retrieval and spaced practice, and Make It Stick (Brown, Roediger and McDaniel) if you want the book. ⚠ The finding that matters most: rereading and highlighting produce confidence without ability, and self-testing produces ability. This course exists largely to make students act on that.
- ⚠ Your institution's own support, which is already paid for: the chemistry tutoring or learning centre, Supplemental Instruction where it is offered for the paired chemistry course, drop-in mathematics help, and office hours. Most Florida institutions also include online tutoring in tuition.
- A scientific calculator, and ⚠ learn it before an examination — scientific notation, parentheses and the exponent key defeat more students than the chemistry does. Check whether phones are prohibited in examinations; they usually are.
- ⚠ A specific technique worth naming, because it is the whole course in one habit: work a problem with the solution covered, then check. If you got it, work another. If not, find out which step failed before looking at the answer again.
Career Pathways
⚠ A 1-credit study-skills corequisite has no career pathway of its own, and it would be dishonest to construct one. Its value is entirely in what it protects.
- ⚠⚠ What it protects is access to every science and health pathway in Florida. General chemistry gates nursing, pharmacy, medicine, dentistry, veterinary medicine, the laboratory sciences and all of engineering, and students who fail it frequently leave science permanently. This course is a cheap intervention against an expensive outcome.
- The sequence it supports: `CHM1025` → `CHM2045`/`CHM2046` General Chemistry I and II → organic chemistry and beyond, leading to Chemist (SOC 19-2031), Chemical Technician (SOC 19-4031), Clinical Laboratory Technologist (SOC 29-2011), Environmental Scientist (SOC 19-2041), Chemical Engineer (SOC 17-2041), Pharmacist (SOC 29-1051), Registered Nurse (SOC 29-1141), and the medical and dental routes.
- ⚠ The transferable skill is real and is not about chemistry. Deliberate practice, honest self-assessment, and diagnosing your own errors rather than repeating them are the study habits that carry through a whole degree. Students frequently report this as the course that changed how they study everything else — which is a better argument for taking it than the credit.
Special Information
⚠⚠⚠ NOT AUTOMATICALLY TRANSFERABLE — and what that actually means
The statewide record's transferability field for this number reads "NOT AUTOMATICALLY TRANSFERABLE." ⚠⚠ That is rare. The overwhelming majority of courses in the Florida catalog read "guaranteed transfer to institution offering same course", and the difference is deliberate: support and study-skills coursework is classified alongside developmental and institution-specific offerings rather than as transferable academic credit.
What follows, concretely:
- ⚠ Do not count this credit toward a degree requirement at another institution. It may be accepted as elective credit, it may not be accepted at all, and either outcome is normal.
- ⚠⚠ Check how it counts at your OWN institution before enrolling — toward degree progress, toward financial-aid satisfactory academic progress, and toward Florida's excess-hours calculation. Ask an adviser; this is a two-minute question with a term's worth of consequences.
- ⚠ It is still very likely worth taking. One non-transferable credit that gets you through general chemistry is a far better outcome than a transferable one that does not. But take it knowing what it is, rather than discovering the classification at a transfer evaluation.
⚠ This guide flags the point because nothing a student would normally read says it. A catalog entry shows a title and a credit value; the transferability classification sits in the statewide record.
Offering Notes — offerings and hours, school by school
| Institution | Its title | Credits | Contact hours |
|---|
| University of North Florida | Chemistry Study Skills | 1 | not published |
⚠ One public carrier, and that is the honest figure. The University of North Florida carries it at 1 credit under the exact statewide title. ✅ No divergence of any kind — there is only one reading of this number.
⚠⚠ Hedging, stated plainly: with a single carrier there is no second catalog to check content against, so this guide describes what the statewide definition specifies — note taking, time management, chemistry problem solving, examination preparation and online resources — and what corequisite support courses of this kind standardly do. Your syllabus is the authority on emphasis and on how the grade is determined. Expect the session to track the paired chemistry course week by week.
⚠ Why only one carrier, when the need is obvious? Most Florida institutions meet the same need differently — Supplemental Instruction attached to the chemistry course, a general college-success course, drop-in tutoring, embedded tutors in the lecture, or a corequisite under a local number outside the `CHM` prefix. ⚠⚠ So if your institution does not carry `CHM1024`, that does not mean no support exists — ask the chemistry department and the learning centre what they run. The support is usually there and usually unadvertised.
⚠ The 15 contact hours at the top of this guide are derived — the Florida convention for a 1-credit lecture-style course, roughly one hour a week across a fifteen-week term. No institution publishes an hour figure. ⚠ Note that this is on top of the paired chemistry course's own hours, and the real benefit comes from the practice done between sessions rather than from the session itself.
⚠⚠ Where it sits: the corequisite, not a step in the ladder
A common misunderstanding is worth heading off: `CHM1024` is not a rung on the chemistry ladder. It sits beside one.
| Number | Statewide subject | Relationship |
|---|
CHM1015 | General Chemistry Concepts | a rung below — for students with no chemistry background, preparing for `CHM1025` |
CHM1024 | Chemistry Study Skills | ⚠ BESIDE `CHM1025` — a corequisite, taken in the same term |
CHM1025 | Introduction to General Chemistry | the science-majors preparatory course this supports |
CHM1020 | General Chemistry for Liberal Studies I (GE CORE) | ⚠ a different route — non-majors general education, terminal |
CHM2045 | General Chemistry I | the majors sequence proper |
⚠ The statewide corequisite is `CHM1025` specifically, but the study methods apply just as well to `CHM1020`, `CHM1032` or `CHM2045`. Ask whether your institution permits it alongside a different chemistry course if that is the one you are taking.
Position, workload and the failure mode
No prerequisite; the corequisite is the chemistry course. Available for dual enrolment per the statewide record. A 1000-level course, taken in the same term as the chemistry it supports — ⚠ not before and not after, because its whole value is that the technique attaches to material being assessed that week.
Budget two to three hours a week — the session plus the practice it sets. ⚠ That is on top of the chemistry course's eight to ten. Which is the honest trade: about one extra hour a week, against repeating a four-credit course.
⚠⚠⚠ The characteristic failure in a course like this is specific and a little sad: students treat it as the least important thing on the schedule and stop attending around the time they most need it — week six, when the chemistry gets hard and something has to give. It is the wrong hour to cut. The credit is small, the session is short, and it is the only place in the schedule designed to fix the thing that is going wrong.
⚠ The second failure is passive attendance — arriving without having attempted the week's problems, and watching someone else work them. Study skills are a practice, not information. Bring your own attempts, including the ones that did not work; a wrong attempt is the most useful thing you can bring to a session like this, because it shows exactly where the method broke.
⚠ One thing worth saying to anyone enrolled in this course
⚠⚠ Students in support courses frequently assume enrolment signals a deficiency. Worth stating plainly: chemistry demands a study method that most secondary schooling does not teach, and not knowing it is a gap in instruction rather than in ability. Plenty of practising chemists, physicians, pharmacists and engineers reached general chemistry with no idea how to study for it, and the ones who did well were often simply told. Being told deliberately, for one credit, alongside the course, is the cheapest advantage available in this part of a degree.
AI Integration
⚠⚠⚠ This course has a genuinely unusual relationship with these tools, and it is worth being direct about it: a study-skills course exists to build capability, and a tool that produces answers can quietly substitute for capability while feeling like help. Recognising that distinction is arguably part of the syllabus.
Genuinely useful, and this course is the right place to learn how:
- ⚠ Explaining a concept a third and fourth time without impatience — for a student too embarrassed to ask again, a real good.
- ⚠⚠ Generating unlimited practice problems with worked solutions. Practice volume is exactly what chemistry rewards, and a limitless supply of fresh problems is the single best legitimate use of these tools in this course.
- ⚠ Explaining WHY your answer was wrong — which is more useful than being given the right one, and is precisely the error-diagnosis skill on the outcome list.
- Checking a problem's SETUP — "here is my conversion chain, do the units cancel?" Targets the method rather than replacing it.
- Filling a mathematics gap — ratios, scientific notation, rearranging an equation — from the beginning, without a second course and without asking a person.
- Drilling nomenclature and vocabulary, and quizzing you from your own notes.
- ⚠ Acting as the person you explain a solution TO. Explaining aloud is one of the most effective study techniques there is, and a tool that asks follow-up questions is a passable stand-in when no study partner is available.
⚠⚠ Where it fails, and in this course the central one is not an error at all:
- ⚠⚠⚠ The illusion of competence. Watching a correct solution appear activates the same feeling as understanding and produces none of the ability. ⚠ This is the exact failure mode the course was created to address — students previously got it from rereading notes and copying worked examples, and these tools deliver it faster and more convincingly. The remedy is the same one the course teaches: close everything and work a fresh problem from scratch. If you cannot, you have not learned it — and better to discover that now than in a proctored examination.
- ⚠⚠ It makes arithmetic and unit errors in multi-step problems, confidently and in a tidy format. ⚠ Check the units: if they do not cancel to what you wanted, the answer is wrong.
- It invents physical data — densities, solubilities, specific heats. Use the textbook tables or PubChem.
- Anything spatial is unreliable — structures, geometry, diagrams.
- ⚠ It will give you a study plan that sounds excellent and that you will not follow. Generated study advice is generic and optimistic. A plan built in this course against your actual timetable, your actual examination dates and your own observed error patterns is worth more than a better-written one you ignore.
⚠⚠ The rule that works, and it is the course's own lesson in one sentence: try it alone first, use the tool when stuck or when finished, then close it and do a fresh problem from scratch. That single discipline converts these tools from a threat to this course's purpose into the best practice generator a chemistry student has ever had.
Academic integrity: read your syllabus. ⚠ The policy matters less here than in most courses because there is little to plagiarise — the assessment is your own practice and reflection. The real stake is the next course, which will be proctored, cumulative, and indifferent to how you prepared.