“Make me a story.”
It leaves the topic, reader, tone, and your role for the AI to guess. That might be fine for a surprise—but it gives you little control.
You don’t need a secret vocabulary. You need a clear idea, a good question, and the confidence to keep refining both.
Learning to guide AI can feel like coding with words: describe what you want, break it into steps, test what happens, and improve it. A prompt is still an instruction in ordinary language. It cannot guarantee a correct or identical result.
Tell the AI what success looks like. Add the details it needs, an example if useful, and a way to check the result. Clear instructions, context, and relevant examples are common prompting practices. Read the prompting guidance ↗
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Help me plan a tiny choose-your-own-adventure game. I am learning Python and have practiced if/else statements. I like funny settings, such as a library on the moon or a bakery for dragons. Let me choose the story and write the code. Offer hints when I get stuck. Help me make a three-step plan with one small test for each step. Start by asking which setting I want. Wait for my answer.
“Plan a tiny game” is a clear task. It gives the conversation a purpose and keeps the first project manageable.
This is a written example, not a live AI response. You do not need every part in every prompt. Use the details that help with your task.
It leaves the topic, reader, tone, and your role for the AI to guess. That might be fine for a surprise—but it gives you little control.
“I want to write a funny story for younger readers. My character is a nervous dragon. Ask me about the problem, then suggest two ways to raise the stakes. I’ll choose one and write the scene.”
Small habit, useful difference: when an answer misses the mark, name what needs to change. “That example is too advanced; use whole numbers and let me try the next one” gives direction you can evaluate.
Here is a simplified view of a language-model assistant. AI also includes systems that work very differently.
Training adjusts a model’s numerical parameters using many examples. Later training can help it follow instructions and respond more usefully.
Your message, selected conversation history, application instructions, and supplied material can guide the response. The model cannot automatically see every file or earlier conversation.
A language model predicts possible next tokens using learned patterns and the available context. Tokens can be words, parts of words, or punctuation. The choices can vary.
Some assistants can search, calculate, or run code through tools. Generating a plausible answer and checking an external source are different operations.
Background: OpenAI’s model-development explainer and Microsoft’s LLM fundamentals.
A polished explanation can contain an error. Ask for evidence, open the source yourself, and test an answer when you can. A prompt saying “be accurate” does not replace checking.
These distinctions help you decide what to provide and what to verify.
| The idea | What it means | Your useful next move |
|---|---|---|
| Training | The process that shapes the model’s parameters before it is used. | Check current or specialized claims against reliable sources. |
| Context | The information available for the current response. | Supply the relevant problem, your attempt, and the rules. |
| Memory | An application feature that may save and reuse selected information across conversations. | Review the tool’s memory settings. Do not assume it remembers everything. |
| Retrieval | Looking up material and supplying it for the current task. | Open the retrieved source and check whether it supports the claim. |
Putting notes in a prompt does not by itself retrain a model. Whether a service stores or later uses your conversations depends on that service and its settings. Learn the terms before sharing private material.
Look up what you need. You don’t need to memorize the dictionary to start creating. Open a term for a definition and a practical example.
28 terms to explore
Computer systems that perform tasks such as recognizing patterns, generating language, or making predictions.
Picture it: a photo sorter and a writing assistant are different kinds of AI.
A way to build systems by learning patterns from data instead of specifying every rule by hand.
Picture it: showing a sorter many labeled examples instead of listing every possible object.
AI that produces content, such as text, images, audio, or code, using learned patterns.
Try it thoughtfully: request three possible story settings, then invent your own fourth.
A trained mathematical system that transforms inputs into predictions or generated outputs.
Useful distinction: the model is one part of an app. Search, file storage, and other features may be separate.
A model trained on large amounts of language data to process and generate language.
Picture it: a system that can help compare explanations, draft dialogue, or discuss a coding problem.
Adjusting a model’s parameters using data and a learning objective.
Keep separate: giving an assistant feedback in a conversation is not the same as directly updating its model.
Using a trained model to produce a prediction or response.
Picture it: training is preparation; inference is the model working on an input now.
A unit a model processes. In text, it can be a word, word fragment, or punctuation.
Useful reminder: token counts and word counts are different. How text is split depends on the model’s tokenizer.
Context is the available information. The context window limits how many tokens the model can work with at once.
Try it: restate the goal and important rules when a long conversation starts drifting.
The input that asks or guides a model to do something.
Example: “Ask me one question about fractions and wait for my answer.”
Application-level directions that guide an assistant’s behavior alongside other inputs.
Useful reminder: your message is not its only instruction. A tutor app may have rules about giving hints first.
Including a few examples to show the pattern, style, or format you want.
Example: give two question-and-hint pairs before asking for another practice question.
Boundaries for the task and the shape you want the response to take.
Example: “Use everyday words. Give me a table with claim, evidence, and uncertainty.” Check that the result follows it.
Trying, reviewing, and refining in repeated rounds.
Example: “The second idea fits my goal. Make the first step smaller, and keep the ending for me to write.”
A generation setting that changes how output choices are sampled. Higher values often allow more variation.
Useful reminder: it is not a truthfulness control. Not every app exposes this setting.
An application feature for retaining and reusing information across interactions; behavior varies by product.
Try it: inspect memory settings and saved information instead of assuming the assistant remembers everything—or nothing.
Finding relevant information in a source or collection for use in a task.
Example: locating the right passage in your permitted class notes before discussing a question.
A system that retrieves material and supplies it to a model when generating a response.
Useful reminder: retrieving a passage does not ensure it is the right one or that the answer uses it correctly.
Connecting a response to specific information or sources rather than relying only on learned patterns.
Try it: ask the assistant to show which provided passage supports each claim. Then check the match yourself.
Generated content that is false or unsupported, even when it sounds convincing.
Example: an impressive-looking citation to a paper that does not exist. Open the source before using it.
A systematic skew in data or outputs that can create misleading or unfair results.
Try it: ask whose experiences are missing from an example, then seek evidence beyond the assistant’s answer.
A system that can work with more than one kind of information, such as text and images.
Example: discussing a diagram alongside its written description. Check small labels and visual details yourself.
An assistant calling an external capability, such as a calculator, search service, or code runner.
Useful question: did it actually run the test, or only describe how you could test?
Software that uses a model and available tools to plan and take steps toward a goal.
Try it safely: define the task and require review before sharing, buying, deleting, or publishing anything.
A defined way for software to request information or actions from another system.
Picture it: your learning app asks a service for a practice question. Keep API keys private.
A sequence of steps for completing a task, which may include people, AI, and other tools.
Example: read a source → draft a claim → request feedback → verify → revise in your own words.
A structured check of whether a system’s outputs meet the criteria you care about.
Try it: test your study helper with an easy question, an ambiguous question, and one it should say it cannot answer.
Using ordinary-language descriptions to guide software creation or behavior.
Useful reminder: describing a program is a starting point. Read the resulting code, test it, and learn how it works.
Try a shorter word, choose “All terms,” or reset the filters. Your search stays on this page.
Plain-language definitions and original examples, informed by the technical references below. Features and terminology can vary between tools.
You can practice useful design skills before writing your first line of code.
“I want a study timer that helps me take breaks.” Sketch what the person sees and what one button should do.
“When I press Start, count down. When time runs out, show a break message.” Plain words become a testable plan.
Build one useful action. Ask AI to explain unfamiliar code and give you a small change to make yourself.
Try starting, stopping, and restarting. Describe any difference between what you expected and what happened.
The goal is more than getting an output. It is learning to explain an idea, notice what is missing, make choices, and improve something you understand.
These are technical references for deeper reading. Younger learners can explore them with a trusted adult.
Instructions, context, examples, and how to describe a useful result.
Training, learned patterns, and generating responses.
Tokens, model behavior, and application capabilities.
Prompting, generation settings, and evaluation terminology.
Retrieval, grounding, and systems that use models and tools.
Try a prompt that helps you practice, create, and keep making your own decisions.
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