Practise GRE Quant by section and difficulty.
Drill Quant on its own, no full mock required. A real GRE section already blends difficulties, and the test adapts between sections, not within them. Pick a mixed set for that blend, or a single-difficulty set to isolate a band, then see the worked solution and the trap on every question.
Drill one task at a time.
Twenty free questions for each Quant question type, with a worked solution for every one.
Or practise the full blend.
Mixed sets
A real GRE section blends easy, medium, and hard questions, and the test adapts between sections, not within one. Each set gives you that same blend in a quick five questions.
By difficulty
Drill exactly the band you want, from warm-up to the toughest.
GRE Quant topics
GRE math splits into four topic areas. Each of the question-type drills above pulls from these, so if a topic is your weak spot, drill the matching task and read the worked solution on every miss.
Arithmetic
Fractions, ratios, percents, exponents, roots, and number properties. The bedrock most GRE math traps are built on, so drill it until the moves are automatic.
Algebra
Linear and quadratic equations, inequalities, functions, simplifying expressions, and translating word problems into maths you can actually solve under time.
Geometry
Lines and angles, triangles, circles, polygons, coordinate geometry, and 3D figures. Figures are not always drawn to scale, so reason from the stated values.
Data interpretation
Reading tables, bar and line graphs, and distributions, then computing percent change, ratios, and averages without misreading a truncated axis.
GRE math formulas
The GRE gives you no formula sheet, so a short core list of math formulas is worth knowing cold. These are the ones that come up most across arithmetic, algebra, and geometry.
Arithmetic and percents
Percent change is (new minus old) over old. A ratio a:b splits a total into a over (a plus b). Average is the sum over the count, and the average times the count returns the sum.
Algebra
The quadratic formula solves ax squared plus bx plus c equals 0. Difference of squares factors as (a plus b)(a minus b). Slope is rise over run, and a line is y equals mx plus b.
Geometry
Area of a triangle is one half base times height. A circle has area pi r squared and circumference 2 pi r. The Pythagorean theorem gives a squared plus b squared equals c squared for a right triangle.
Exponents and roots
Same base multiplied adds exponents, divided subtracts them, and a power of a power multiplies them. A negative exponent is a reciprocal, and the square root of a product splits across the factors.