
Sometimes you just need more practice problems to understand a topic. The Exercise Generator gives you fresh questions when you need them. You get custom exercises so you learn at your own pace.
True mastery requires volume. You have to put in the practice. But traditional textbooks only provide a few questions per chapter, leaving you without enough practice to actually master the material.
Your textbook only provides 5 practice questions for the hardest chapter.
You finish the practice questions but still feel like you haven't mastered the concept.
You look at the answer key in the back of the book, but it provides zero explanation.
Perfect. Let's look at market equilibrium.
Suppose the market for coffee is in equilibrium. Suddenly, a frost destroys half the coffee bean crop in Brazil.
The Exercise Generator provides you with an endless supply of practice questions. By practicing the exact same concept multiple ways, you naturally build mastery until it becomes second nature.
Just tell the AI what you are studying. It will instantly generate fresh, relevant practice questions for you to solve.
Doing more practice is the most direct way to get better test scores. The more reps you put in, the higher your grade will be.
Walking into an exam is much less scary when you know you have already solved every possible variation of the questions.



Every prompt goes through a structured 8-week process of research, logic, and testing. Nothing ships until it's been stress-tested by real students.
From stuck to solving with confidence.
You run out of practice problems before the exam.
Provide your subject, topic, and current level.
The AI generates a unique exercise for you.
You work it out and submit your answer.
The AI confirms if you're right or highlights where you failed.
The AI gives you a slightly harder problem.
Don't lug around heavy workbooks. Get quick mental reps in while you're waiting in line.


Got it. Let's start with a foundational Chain Rule problem.
Calculus I
Derivatives


Spot on. You correctly applied the outer power rule and multiplied by the derivative of the inner function.
Ready to dial up the difficulty?

Grading
Feedback loop
Level: Intermediate.
Find the derivative of g(x) = sin^3(4x^2)
Level Up
Intermediate
Under the Hood
Our internal logic ensures you never get the exact same variation twice.
GPT-5.4 & Claude 4.6
Highly capable in advanced mathematics.
Procedural
Creates entirely unique numerical scenarios.
v3.0
Dynamic
Hardcodes complexity bumps based on success.
LaTeX Support
Renders beautiful mathematical notation.
Common Questions
Can I use this for non-math subjects?
Absolutely. While it excels at math and physics, it works brilliantly for economics, chemistry, logic, and foreign language conjugation.
Common Questions
Will it hallucinate wrong answers in math?
Modern models (like Claude 3.5 Sonnet and GPT-4o) are highly accurate at undergraduate level math, and this prompt strictly requires the AI to solve the problem step-by-step internally before checking your work, reducing error rates to near-zero.
Common Questions
Can I give it a specific textbook chapter?
Yes. If your class requires a specific problem format, you can upload a photo of a textbook problem and say 'give me 10 more problems exactly exactly like this one.'
"Used this to drill physics kinematics for 3 hours straight. It kept escalating the difficulty perfectly until I couldn't get them wrong."
Sophie L.
Physics Major
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