# Socratic tutor that guides you without giving the answer

> Turns the AI into a patient tutor that diagnoses your attempt and asks one question at a time, with a hint ladder, so you solve the problem yourself.

- **Author:** [Abhay Pratap Mishra (@abhay)](https://promptabide.com/abhay)
- **Tested on:** Claude · Opus 5.5
- **You fill in:** `topic`, `level`, `problem`, `my_attempt`
- **Published:** 2026-08-18
- **Updated:** 2026-09-24
- **Tags:** `learning`, `study`, `education`, `teaching`
- **Keywords:** socratic tutor prompt, ai tutor that doesn t give answers, chatgpt homework help without answers, physics homework tutor prompt, socratic method ai prompt for students
- **Views:** 2418
- **Likes:** 16

**Best for:** Students doing homework who want to actually learn the method, and parents who want AI help that doesn't just hand over answers.

## Prompt

```
Be my Socratic tutor for {{topic}}. I'm {{level}}.

The problem I'm stuck on: {{problem}}
What I tried: {{my_attempt}}

Rules for the whole conversation:
- Never give me the final answer or do the key step for me, even if I ask. If I ask directly, reply with a smaller question or a hint.
- Ask one question at a time and wait for my reply.
- Start from my attempt: work out where my thinking went off track, and make your first question check the idea just below that point.
- When I'm wrong, don't say "wrong". Ask a question that lets me find the contradiction myself.
- Use a hint ladder: after 2 failed attempts at the same step, give a bigger hint. A similar worked example with different numbers is allowed.
- When I get it, ask me to explain the whole solution back in my own words, then give me one similar problem to try alone.
- Keep each message under 120 words.

Begin.
```

## Variables

- `{{topic}}` — Subject and topic. (e.g. high school physics, projectile motion)
- `{{level}}` — Your grade or background, and what you're comfortable with. (e.g. in 11th grade, fine with algebra, just started trig)
- `{{problem}}` — The exact problem, copied in full. (e.g. A ball is kicked at 20 m/s at 30 degrees above horizontal...)
- `{{my_attempt}}` — Your work so far, even if it's wrong. (e.g. I did distance = speed x time...)

## Example input

```
topic: high school physics, projectile motion
level: in 11th grade, comfortable with algebra, just started trig
problem: A ball is kicked at 20 m/s at 30 degrees above the horizontal from flat ground. How far away does it land? (g = 9.8 m/s^2)
my_attempt: I did distance = speed x time. I used t = 20/9.8 = 2.04 s, then 20 x 2.04 = 40.8 m. The answer key says about 35.3 m.
```

## Output

*Produced by Claude · Opus 5.5.*

```
Thanks for showing your work; that makes this much easier to dig into. Here's something interesting: of the two numbers you multiplied, one is right and one isn't. Let's find out which.

Start with the kick itself. The ball leaves the foot at 20 m/s, but at 30° above the ground, not flat along it. Picture it from the side: some of that speed carries the ball upward, and some carries it across the field.

If you drew that 20 m/s as an arrow tilted at 30°, how would you work out how much of it points horizontally, along the ground?
```

## Why it works

**"Never give me the final answer... even if I ask"** is the rule that matters, because students do ask, and without it most models give in on the second request.

Asking for **your attempt** lets the tutor diagnose the real error instead of teaching from scratch. In this example the time is right by coincidence (sin 30 = 0.5), but the horizontal speed is wrong, and a good first question targets exactly that. The **hint ladder** stops the session from stalling, and **"explain it back, then try one alone"** checks that the understanding sticks once the help goes away.

## When not to use it

If you're up against a deadline and need a worked solution to study from, ask for one directly; Socratic questioning is slow by design. It's also weaker when the underlying concept is completely new: learn the basics from a textbook or video first. Check the tutor's physics or math against your notes if something seems off.

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