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Free AI for teachers: how to choose AI for lesson preparation

Free AI tools for teachers help prepare lesson plans, assignments, presentations, and learning materials. We explore ways to use them, their limitations, and how to check AI-generated answers.

Affiliate link: your price stays the same and the project earns a commission.

Free AI for teachers can help prepare a draft lesson plan, assignment, discussion questions, presentation outline, or different ways to explain a difficult topic. Choose an AI tool based on the quality of its Russian-language output, the type of task, free-access limits, data-handling rules, and the teacher’s ability to check the result.

Can you ask AI to help prepare a lesson without spending more time correcting its mistakes? Yes, if you use artificial intelligence for structure, ideas, and a first draft of the material, rather than handing over pedagogical decisions. The teacher checks the facts, adapts the text to the class, and remains responsible for the lesson content.

If your task requires a paid model—for example, GPT-5.6 Terra—it’s cheaper to get access through the Clodex partner service than directly from the vendor. The price difference is below.

Цены для gpt-5.6-terra (OpenAI)
Price typeOfficial vendor priceThrough Clodex
Input tokens2 $ / 1 million tokens0,07 $ / 1 million tokens
Output tokens12 $ / 1 million tokens0,56 $ / 1 million tokens
DifferenceInput tokens — в 28,6 times cheaper; Output tokens — в 21,4 times cheaper

Partner price source: Clodex. Price check date: 2026-08-18.

SEO Mind42 does not sell API access or provide tokens: we recommend a third-party service Clodex. This is an affiliate link.

Key takeaways

  • Free AI for teachers speeds up the drafting of materials, but does not replace the teacher.
  • AI can help create a lesson plan, notes, a test, a worksheet, assignments, and a presentation outline.
  • Free plans almost always limit the number of prompts, features, file uploads, or visual content generation.
  • AI can make mistakes in dates, quotations, formulas, terms, and answers to assignments.
  • Avoid uploading students’ personal data or work that has not been anonymized to public online services.
  • A precise prompt that specifies the subject, grade, learning goal, and desired response format improves the result.

What is AI for teachers, and what tasks can it handle?

AI for teachers is a digital tool based on artificial intelligence that processes a text prompt and creates a draft material: text, a table, a test, a document outline, a diagram, an image, or a lesson scenario. The teacher describes the task, sets constraints, and receives a draft to edit in line with the curriculum and the group’s needs.

Text-based AI tools are useful for lesson notes, questions, exercises, flash cards, and adapting learning materials. Presentation services suggest slide outlines, key points, and visual ideas. Image-generation tools help develop an illustration concept, while platforms for audio, video, and animated characters create draft scripts and visual segments.

One service rarely handles all tasks equally well. Choose a tool for teachers based on the specific outcome: text-based AI for a lesson plan, a visual service for a presentation, or a separate editor for a diagram or video. Reviews of approaches to working with AI are available in the SEO Mind42 section on AI, where we explore how to use these tools for practical tasks.

How to work with AI. AI generates a probable response based on a prompt; it does not provide verified learning materials. It does not know the curriculum for a specific grade, the local syllabus, or the children’s level of preparation unless the teacher describes these conditions.

What tasks can teachers use free AI for?

Teachers handle many recurring tasks: preparing questions, creating several versions of an exercise, simplifying an explanation, or drafting a lesson plan. AI can reduce some of the routine preparation when the teacher already knows what they want and how they will check the result.

Task What AI can prepare What the teacher checks
Lesson plan Lesson stages, questions, activities, reflection options Alignment with the curriculum, lesson duration, and grade level
Lesson notes An explanation structure, key points, examples, definitions The accuracy of facts, terms, and wording
Assignment Exercises at different difficulty levels, flash cards, questions The correctness of instructions, answers, and criteria
Test Multiple-choice questions and open-ended assignments Clear wording and absence of errors
Presentation Slide outline, key points, illustration ideas The reliability of information, copyright, and learning objective
Text adaptation A simplified explanation, brief summary, glossary of terms Preservation of meaning and the appropriate level of difficulty
Feedback Comment templates for common mistakes Personalization, tact, and pedagogical ethics

What happens if you use an AI-generated test without checking it? Questions may have two correct answers, an incorrect term, or a wrong answer key. A polished-looking resource is no guarantee of pedagogical accuracy, so checking it takes less time than correcting mistakes after the lesson.

How to choose free AI for teachers

Russian-language support and response quality

To prepare materials in Russian, a service needs to understand school terminology, follow spelling rules, and distinguish between difficulty levels. Test the tool on a small task: ask it to create five questions on a familiar topic for a specific grade. This will show how well the AI understands the subject context and follows constraints.

Task format

Text, images, presentations, and video require different tools. If you need lesson notes or a worksheet, start with a text-based AI tool. For visual support, it can suggest slide content and describe illustrations, but you still need to check the finished presentation for readability, layout, and image sources.

Free-access limits

Before registering, check the number of prompts available, whether you can upload documents, export materials, and create images or videos. Free-plan terms change, and some features are available only for a fee. Free access does not mean there are no rules for using the output or that generation is unlimited.

Privacy and student data

Free AI for teachers should not receive unnecessary information about students. For example, it’s enough to write: “a student who has difficulty understanding fractions” or “a group with different reading levels.” Remove names, contact details, addresses, health information, photos, and scans of work that contain identifying details before uploading.

Warning. Do not use a public service to store a gradebook, student profiles, individual learning plans, or assignments containing student data. Anonymization reduces the risk of unlawful processing of personal data, but does not override the rules of the educational institution.

AI for different subjects: ways to use it

For elementary school teachers

AI for elementary school teachers can help prepare reading and arithmetic flash cards, short texts for retelling, game-like questions, assignments at several difficulty levels, and ideas for visual explanations. Materials should account for the children’s age: use short instructions, clear vocabulary, and limit the number of steps in each assignment.

AI is useful for creating variations when one learning objective calls for several ways of presenting the material. A teacher can request three exercises to reinforce a rule, but decides on the workload and difficulty level. Generating a large number of assignments does not make a lesson better if children do not have time to understand the topic.

For Russian language and literature teachers

AI for Russian language and literature teachers can suggest spelling and punctuation exercises, questions about a text, an outline for analyzing a literary work, a simpler explanation of a rule, and self-assessment criteria templates. It can be useful to ask the service to divide questions into recall, analytical, and creative categories.

Check quotations, literary interpretations, biographical facts, and dates against reliable publications. AI sometimes invents a plausible-sounding quotation or attributes an idea to the wrong author. Check both the original text and the meaning in context.

For math teachers

AI for math teachers can help create similar problems with different numbers, practice flash cards, mental arithmetic questions, and several ways to explain a solution. The prompt should specify the topic, grade, problem type, number constraints, and the requirement to show the solution.

Check every formula, calculation, instruction, and answer manually. Errors may appear not only in the final number but also in the logic connecting the steps. Pay special attention to problems involving units of measurement, percentages, geometric diagrams, and word problems.

For English teachers

AI for English teachers can create topic-based dialogues, vocabulary and grammar exercises, texts at a specified difficulty level, vocabulary review flash cards, and questions for speaking activities. Specify the learners’ level, grammatical structure, text length, and whether you need British or American English.

Read the finished text as if it were spoken aloud. A grammatically correct sentence may sound unnatural, contain rare vocabulary, or be unsuitable for the learning situation. The teacher should also check whether an exercise repeats stereotypes and whether the context is appropriate for the audience.

For history and social studies teachers

AI for history and social studies teachers can help prepare discussion questions, timelines, comparison tables, source analysis assignments, and debate outlines. A particularly useful format is for the service to suggest a topic structure first, then formulate questions to check cause-and-effect relationships separately.

AI often distorts historical dates, names, document titles, quotations, and the sequence of events. Do not use AI-generated reference material as a source. Check information against the textbook, course syllabus, reliable publications, and primary sources, if available for the topic.

How to write a prompt that gets useful material from AI

A teacher’s prompt follows a simple formula: subject + grade or level + learning objective + topic + output format + constraints + quality criteria. The more precise the initial conditions, the less editing you will need after generation.

  1. Name the subject and audience. Specify the grade, course, or the group’s level of preparation.
  2. State the learning objective. Describe what students should understand, review, or apply after the lesson.
  3. Specify the format. Ask for a lesson plan, table, test, flash cards, text for retelling, or group-work scenario.
  4. Add constraints. Specify the length, difficulty level, number of assignments, permitted vocabulary, and prohibition on including personal data.
  5. Ask for a self-check. The AI can separately list facts that may be disputed and points the teacher should verify.

Example prompt for lesson notes: “Create a math lesson plan for grade 6 on the topic ‘Adding and subtracting fractions with different denominators.’ Objective: reinforce the procedure and teach students to explain their reasoning. Give the lesson stages, three assignments at different difficulty levels, and the answers. Do not use personal data. Separately note what the teacher should check.”

Example prompt for adapting a text: “Simplify a text about the water cycle for elementary school students. Preserve the scientific meaning, use short sentences, add a glossary of five terms and four discussion questions.” Treat an AI prompt as more than a one-time command: refine the result, ask for a shorter version, change the level, or replace unsuitable examples.

A separate SEO Mind42 article about how to use AI tools in Russia, will help you understand the general differences between access to models, interfaces, and ways of using AI tools. For learning tasks, these differences affect language, document uploads, and the set of available features.

If you decide to get a paid plan while reading, compare the official price with the price through a partner before subscribing directly: the difference is usually several times, and a calculation is provided at the beginning and end of the article.

A standard procedure for checking an AI response

A confirmed example of AI use requires a saved prompt, result, and editorial review. Without such a test, it is more appropriate to rely on a universal algorithm: it shows where a neural network is useful in lesson preparation and where the decision remains with the teacher.

  1. Compare the response with the task. Check whether the service met the requirements for the class, topic, format, and length.
  2. Check subject-matter accuracy. Verify the dates, formulas, definitions, answers, quotations, and names.
  3. Evaluate the methodology. Make sure the task leads to the learning objective rather than merely creating the appearance of activity.
  4. Adapt the language. Replace formulations that are too complex, ambiguous, or formulaic.
  5. Check rights and data. Remove student identifiers and make sure that the visual materials may legally be used.

This procedure is especially useful when creating materials for tests and feedback. A neural network can quickly prepare several options, but the teacher is responsible for assessment criteria, the fairness of the tasks, and the consequences of the pedagogical decision.

How to Check Materials Created by Artificial Intelligence

Before a lesson, it is useful to go through a short checklist. It helps ensure that you do not miss an error that looks convincing in a finished text or presentation.

  • Check facts, dates, quotations, formulas, terms, and links to sources.
  • Compare the content with the curriculum and the planned educational outcomes.
  • Assess whether the material matches the age and preparation level of the group.
  • Check the tasks for unambiguous conditions and correct answers.
  • Exclude stereotypical, discriminatory, and unethical wording.
  • Make sure that the text and illustrations contain no obvious uncredited borrowings.
  • Remove personal data and adapt the material for the specific class.

Pay special attention to illustrations for lessons and presentations. A neural network may incorrectly depict a historical costume, geographical feature, biological structure, or mathematical notation. An error in visual material is remembered by students no less than an error in text.

Federal Law “On Personal Data” No. 152-FZ requires the lawful processing of information relating to an identifiable person. In educational work, this concerns not only the class list, but also profiles, contact details, medical information, photographs, grades, and assignments whose author can be identified.

Federal Law “On Education in the Russian Federation” No. 273-FZ regulates educational activities, but by itself does not establish a separate prohibition or obligation to use neural networks. A teacher acts in accordance with the rules of the school, college, or university, local regulations, the personal data processing policy, and the terms of the chosen service.

Part Four of the Civil Code of the Russian Federation regulates copyright issues concerning texts, images, music, video, and other results of intellectual activity. It is not safe to assume that any material created by AI is automatically free for any use: study the service terms and check whether the result reproduces a recognizable work belonging to someone else.

Practical minimum. Use anonymized examples, store original educational materials in systems approved by the organization, and do not transfer documents containing student data to a public AI service without a legal basis and compliance with internal rules.

Article 13.11 of the Code of Administrative Offenses of the Russian Federation concerns violations of personal data legislation. Roskomnadzor monitors compliance with requirements in this area. Matters of state control and supervision in education fall within the competence of Rosobrnadzor, while the relevant policy in general and secondary vocational education is developed by the Russian Ministry of Education; higher education and science are overseen by the Russian Ministry of Science and Higher Education.

Legal and organizational issues concerning the use of AI should be distinguished from the marketing promises of services. At SEO Mind42, we have prepared a separate analysis of how to work with neural networks legally: the material will help establish a basic framework for checking the terms of a digital tool.

FAQ

Which neural network is best suited for teachers?

There is no universal solution. Text-based AI tools are suitable for notes and assignments, presentation and image services help with visual materials, and specialized platforms work with audio and video. The choice depends on the subject, the format of the educational material, the Russian language, and the conditions of free access.

What is the best free neural network?

The word “best” depends on the task. Assess the quality of the responses, ease of use in Russian, free-plan limitations, material export, file processing, and the rules for using the created content. It is not possible to promise a completely free, unlimited service without restrictions.

Can a neural network be used to grade students’ work?

AI can prepare comment templates, criteria, and feedback options. The teacher makes the final assessment and pedagogical decision. Do not upload non-anonymized assignments, surnames, grades, or other student personal data to a public service.

Can presentations for lessons be created with the help of a neural network?

Yes, a neural network can suggest a slide structure, key points, questions for the audience, and ideas for illustrations. Before showing the presentation, check the facts, wording, images, slide readability, and whether the material matches the lesson objective.

Is a neural network suitable for English teachers?

Yes, AI helps create dialogues, vocabulary cards, grammar exercises, and questions for speaking practice. The teacher checks the naturalness of the language, its suitability for the students’ level, the accuracy of the vocabulary, and the appropriateness of the cultural context.

Is separate government approval required for each request to a neural network?

The law does not require separate approval for each request. The teacher complies with legal requirements, the local rules of the educational organization, the procedure for processing personal data, and the terms of the online service being used.

Conclusion

A free neural network for teachers is useful as a tool for speeding up preparation: it creates drafts of notes, assignments, tests, and presentations. The quality of the material is determined by a precise prompt, subject-matter review, and adaptation to a specific group. Safe use requires anonymizing data and complying with the rules of the educational organization.

  • Start with one recurring task, such as flashcards or a lesson plan.
  • Formulate the request in terms of the subject, class, objective, and output format.
  • Do not use a neural network’s response without checking the facts and methodology.
  • Do not provide students’ personal data to public services.

SEO Mind42 publishes free practical materials about AI, search engine promotion, and working with digital tools. Study the approaches, test services on your own safe educational examples, and leave the key decision to the teacher: what to teach, how to teach it, and why.

If the free limits are insufficient, access to models via API can be arranged directly with the vendor or through the Clodex partner service — below is a comparison of official prices and the price through the partner. For example, GPT-5.6 Terra through the partner is 28,6 times cheaper than the official price — the full list of models is in the table.

Model price comparison table
ModelOfficial: input / outputThrough Clodex: input / output
qwen3.6-flashInput: 0,25 $ / 1 million tokens
Output: 1,5 $ / 1 million tokens
Input: 0,019 $ / 1 million tokens
Output: 0,019 $ / 1 million tokens
qwen3.6-plusInput: 0,5 $ / 1 million tokens
Output: 3 $ / 1 million tokens
Input: 0,032 $ / 1 million tokens
Output: 0,032 $ / 1 million tokens
qwen3.7-plusInput: 0,4 $ / 1 million tokens
Output: 1,6 $ / 1 million tokens
Input: 0,045 $ / 1 million tokens
Output: 0,045 $ / 1 million tokens
codex-auto-review—Input: 0,0525 $ / 1 million tokens
Output: 0,0525 $ / 1 million tokens
gemini-3.7-flashInput: 0,75 $ / 1 million tokens
Output: 3,75 $ / 1 million tokens
Input: 0,06 $ / 1 million tokens
Output: 0,24 $ / 1 million tokens
gemini-3.7-flash-highInput: 0,75 $ / 1 million tokens
Output: 3,75 $ / 1 million tokens
Input: 0,06 $ / 1 million tokens
Output: 0,24 $ / 1 million tokens
gemini-3.7-flash-lowInput: 0,75 $ / 1 million tokens
Output: 3,75 $ / 1 million tokens
Input: 0,06 $ / 1 million tokens
Output: 0,24 $ / 1 million tokens
gemini-3.7-flash-mediumInput: 0,75 $ / 1 million tokens
Output: 3,75 $ / 1 million tokens
Input: 0,06 $ / 1 million tokens
Output: 0,24 $ / 1 million tokens
qwen-image-2.0—0,06 $ / шт.
gpt-5.6-lunaInput: 0,2 $ / 1 million tokens
Output: 1,2 $ / 1 million tokens
Input: 0,063 $ / 1 million tokens
Output: 0,504 $ / 1 million tokens
grok-composer-2.5-fast—Input: 0,068 $ / 1 million tokens
Output: 0,068 $ / 1 million tokens
clodex-cursor—Input: 0,07 $ / 1 million tokens
Output: 0,07 $ / 1 million tokens
gpt-5.6-terraInput: 2 $ / 1 million tokens
Output: 12 $ / 1 million tokens
Input: 0,07 $ / 1 million tokens
Output: 0,56 $ / 1 million tokens
deepseek-v4-proInput: 1,32 $ / 1 million tokens
Output: 3,96 $ / 1 million tokens
Input: 0,08 $ / 1 million tokens
Output: 0,08 $ / 1 million tokens
grok-4.5Input: 2 $ / 1 million tokens
Output: 6 $ / 1 million tokens
Input: 0,08 $ / 1 million tokens
Output: 0,08 $ / 1 million tokens
grok-4.6Input: 2 $ / 1 million tokens
Output: 6 $ / 1 million tokens
Input: 0,08 $ / 1 million tokens
Output: 0,08 $ / 1 million tokens
clodex-cursor-pro—Input: 0,084 $ / 1 million tokens
Output: 0,084 $ / 1 million tokens
gemini-3.6-flashInput: 0,75 $ / 1 million tokens
Output: 3,75 $ / 1 million tokens
Input: 0,09 $ / 1 million tokens
Output: 0,36 $ / 1 million tokens
kimi-k3—Input: 0,09 $ / 1 million tokens
Output: 0,09 $ / 1 million tokens
glm-5.2—Input: 0,1 $ / 1 million tokens
Output: 0,1 $ / 1 million tokens
gpt-image-2—0,1 $ / шт.
nano-banana-2—0,1 $ / шт.
deepseek-v4-flashInput: 0,44 $ / 1 million tokens
Output: 1,32 $ / 1 million tokens
Input: 0,12 $ / 1 million tokens
Output: 0,12 $ / 1 million tokens
qwen-image-2.0-pro0,075 $ / шт.0,12 $ / шт.
qwen-image-3.0-pro—0,12 $ / шт.
qwen3.7-maxInput: 2,5 $ / 1 million tokens
Output: 7,5 $ / 1 million tokens
Input: 0,13 $ / 1 million tokens
Output: 0,13 $ / 1 million tokens
glm-5.3—Input: 0,15 $ / 1 million tokens
Output: 0,15 $ / 1 million tokens
MiMo-V2-Flash—Input: 0,162116 $ / 1 million tokens
Output: 0,162116 $ / 1 million tokens
qwen3.8-max—Input: 0,17 $ / 1 million tokens
Output: 0,17 $ / 1 million tokens
grok-imagine-video-1.5—0,18 $ / шт.
MiniMax-M2.1—Input: 0,2 $ / 1 million tokens
Output: 0,2 $ / 1 million tokens
MiniMax-M2.5—Input: 0,22233 $ / 1 million tokens
Output: 0,22233 $ / 1 million tokens
MiniMax-M2.7—Input: 0,22233 $ / 1 million tokens
Output: 0,22233 $ / 1 million tokens
MiniMax-M3—Input: 0,22233 $ / 1 million tokens
Output: 0,22233 $ / 1 million tokens
gpt-5.5Input: 5 $ / 1 million tokens
Output: 30 $ / 1 million tokens
Input: 0,25 $ / 1 million tokens
Output: 1,5 $ / 1 million tokens
gpt-5.6-solInput: 5 $ / 1 million tokens
Output: 30 $ / 1 million tokens
Input: 0,25 $ / 1 million tokens
Output: 2 $ / 1 million tokens
claude-haiku-4-5Input: 1 $ / 1 million tokens
Output: 5 $ / 1 million tokens
Input: 0,2805 $ / 1 million tokens
Output: 1,4025 $ / 1 million tokens
claude-haiku-4-5-20251001Input: 1 $ / 1 million tokens
Output: 5 $ / 1 million tokens
Input: 0,2805 $ / 1 million tokens
Output: 1,4025 $ / 1 million tokens
claude-opus-4-7Input: 5 $ / 1 million tokens
Output: 25 $ / 1 million tokens
Input: 0,3 $ / 1 million tokens
Output: 1,5 $ / 1 million tokens
claude-sonnet-4-6Input: 3 $ / 1 million tokens
Output: 15 $ / 1 million tokens
Input: 0,34125 $ / 1 million tokens
Output: 1,70625 $ / 1 million tokens
claude-sonnet-5Input: 2 $ / 1 million tokens
Output: 10 $ / 1 million tokens
Input: 0,35 $ / 1 million tokens
Output: 1,75 $ / 1 million tokens
Kimi-K2—Input: 0,423486 $ / 1 million tokens
Output: 0,423486 $ / 1 million tokens
Kimi-K2-Thinking—Input: 0,423486 $ / 1 million tokens
Output: 0,423486 $ / 1 million tokens
MiniMax-M2.7-highspeed—Input: 0,44466 $ / 1 million tokens
Output: 0,44466 $ / 1 million tokens
claude-opus-4-8Input: 5 $ / 1 million tokens
Output: 25 $ / 1 million tokens
Input: 0,45 $ / 1 million tokens
Output: 2,25 $ / 1 million tokens
kimi-k2.5—Input: 0,489655 $ / 1 million tokens
Output: 0,489655 $ / 1 million tokens
kimi-k2.6—Input: 0,701398 $ / 1 million tokens
Output: 0,701398 $ / 1 million tokens
kimi-k2.7-code—Input: 0,701398 $ / 1 million tokens
Output: 0,701398 $ / 1 million tokens
claude-opus-5Input: 5 $ / 1 million tokens
Output: 25 $ / 1 million tokens
Input: 0,85 $ / 1 million tokens
Output: 0,85 $ / 1 million tokens
kimi-k2.7-code-highspeed—Input: 1,402797 $ / 1 million tokens
Output: 1,402797 $ / 1 million tokens
claude-fable-5Input: 10 $ / 1 million tokens
Output: 50 $ / 1 million tokens
Input: 2,5 $ / 1 million tokens
Output: 2,5 $ / 1 million tokens

Partner price source: Clodex. Price check date: 2026-08-18.

SEO Mind42 does not sell API access or provide tokens: we recommend a third-party service Clodex. This is an affiliate link.

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free AI for teachers

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We explore SEO and neural networks in practice: test services on our own projects, verify prices and limits against primary sources, and share things you can put to use the same day.

📚 Reference guide to SEO and AI 🔄 Materials are updated 🕐 Updated: 3 October 2026

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