Understand
Read the story twice. Name the unknown, list what is given, and spot the relationship — closing gap, equal positions, amounts that must total.
Word problems are translation problems. So we do not jump to the answer — we walk through understand → set up → solve → verify against the story, showing the translation happen. Try it live:
Two vehicles start apart and drive toward each other. When do they meet?
Teachers call it “reading the problem”. We made it mechanical — four stages, in order, every time. Stage 4 is the one that makes VerifySolve different: the answer must satisfy the story itself.
Read the story twice. Name the unknown, list what is given, and spot the relationship — closing gap, equal positions, amounts that must total.
Translate the relationship into algebra with a d = rt chart or the two mixture equations. This stage is the actual skill; the rest is routine.
Plain algebra with exact fractions, every step shown. Nothing here should surprise you if Stage 2 was right.
Plug the answer back into the STORY — not just the equation. Distances must sum to the gap, positions must coincide, totals must match. If the story disagrees, the setup was wrong.
A truck has a 30-mile head start at 40 mph; a car chases at 55 mph. When does the car catch up?
t = 2 hours
Stage 4 — Verified against the story: after 2 hours the car is at mile 110, and the truck is at 30 + 40·2 = mile 110. Same place, same time ✓.
Live families have their own staged solver pages. Coming families are shown honestly as in development — we would rather label a gap than fill it with a generic calculator.
Meeting, catch-up and round-trip stories built on d = rt — the most-tested word problem family in algebra.
Open the staged solver →LiveHow much of each solution or ingredient to hit an exact target percent or price. Two equations, staged.
Open the staged solver →Discounts, tax, interest and percent change stories.
“In five years, twice as old” — present and future ages as equations.
Two people or machines finishing one job together.
Counts and values of coins and bills as a two-equation system.
Because the equation is hidden inside a story. The solving is usually easy — the hard part is translation: deciding what x represents, which quantities relate, and which formula connects them. That is why our solver works in stages and shows the translation happening, instead of jumping straight to algebra.
Four stages. Stage 1 — Understand: name the unknown and the relationships in the story. Stage 2 — Set up: write the equation(s) those relationships imply. Stage 3 — Solve: ordinary algebra, with steps. Stage 4 — Verify: test the answer against the story’s own conditions (distances must add up, amounts must total, positions must coincide). A solution that fails Stage 4 was a wrong setup, not a wrong calculation.
Distance-rate-time problems (meeting, catch-up, round trip) and mixture problems (percent and price) have dedicated staged solvers. Percent, age, work-rate and coin problems are in development — the hub shows honestly which families are live and which are coming.
A normal solver checks the answer against the equation you built. We check against the story you were given. If your equation was the wrong translation, a normal check passes anyway — ours catches it, because the story conditions are tested independently of the setup.
Mixture problems already work that way under the hood (two equations, two unknowns — the solver shows both). For hand-built systems from other story types, our system of equations calculator handles the algebra once you have translated.
Yes — free, no sign-up, no app, with the full staged solution and story verification included.
Once a story becomes an equation, solve it here with plug-back proof.
The underlying algebra toolkit — equations, systems, factoring.
Word problems are SAT staples — practise them in test format.
Two-unknown stories end up here. Solve the system directly.
A note on honest use: VerifySolve is built for learning. Use the stages to understand how stories become equations, then close the tab and translate the next one yourself — that translation is the skill being tested. If your teacher or school has a policy on calculators, follow it.