I have sat across from paraprofessionals who help a third grader with long division every single week and still walk out of their own math section feeling like they failed at math. They did not fail at math. They ran out of time working through a procedure they had not touched since they were the student, not the helper.
That is the pattern I see over and over. The math section is not where ability runs out. It is where time runs out on steps that used to be automatic and now have to be rebuilt from scratch, under a clock, in a room that is nothing like helping a kid at a kitchen table.
Why does a section you can "do" still cost you points?
Doing a problem and doing it fast are different skills, and the exam only rewards the second one. If you have not converted a fraction to a percent in fifteen years, you can still get there. You just get there slowly, by rebuilding the rule instead of recalling it. Multiply that by every question on the section and the clock becomes the real opponent, not the math itself.
This is also why "I'm just not a math person" is the wrong conclusion to draw from a rough practice score. Most of what I see is not a missing skill. It is a skill that went unused long enough to need re-loading, one procedure at a time, before it can run at exam speed again.
What is actually being scored here?
If your state or district routes you through Praxis ParaPathways, the math you are being scored on is the Mathematics subtest, and it reports two areas, each worth half the subtest. Numbers and Operations covers number sense, operations, and algebra. Algebra is reported here, not off on its own. Geometry, Measurement, and Data Analysis covers shape, measurement, and reading or interpreting data. Nothing on this subtest is a surprise topic. Every piece of it is something you already learned once.
Not everyone reading this is sitting for ParaPathways, though. Some states still qualify paras on the ParaPro, some use a completely different test, and some districts set their own number with no statewide exam behind it at all. If you have not confirmed which one is actually yours, start there before you build a study plan around the wrong subtest. For the full shape of how ParaPathways itself is built, here's the subtest breakdown.
Where the time actually goes
Three places, in my experience, and none of them are reasoning failures.
Fraction, decimal, and percent conversion. A question hands you a fraction and asks for a percent, or a percent and asks for a decimal. The rule is simple. The problem is that if you have to stop and re-derive the rule every time instead of recognizing it on sight, that is seconds lost on every single question that touches it, and a lot of questions touch it.
Multi-step word problems. Not because the math inside them is hard, but because the first step is figuring out which operation the words are even asking for. That translation step is rusty for anyone who has not done it under time pressure in years, even if every individual calculation inside the problem is easy.
Geometry formulas you have to recall, not reason out. Area, perimeter, volume. You are not being asked to derive these from first principles. You are being asked to produce them fast enough to leave time for everything else. If the formula is not sitting ready in memory, you lose time hunting for it instead of applying it.
None of these are about whether you can think. They are about whether a specific, narrow procedure is loaded and ready to fire the moment you see the question shape that calls for it.
What actually closes the gap
Re-teaching the concept from the ground up wastes the one thing you do not have much of: time outside a full workday. You already understand what a percent is. What you need is reps that rebuild speed on the exact procedures above, timed the way the real section is timed, so the clock stops being the part that beats you.
That starts with knowing which of the two math areas is actually costing you points right now, rather than guessing. Run a diagnostic and let it show you whether the pressure point is Numbers and Operations, Geometry and Measurement, or honestly both, and then put your limited study time against that instead of re-reading a textbook chapter you already know.