Video tutorials
Follow real TutorMigo workflows from the first action to a visible result. Each short tutorial includes conversational narration, English captions, chapter controls, and a readable transcript. Use fullscreen for small interface details, pause to try a step, and then continue.
Start a session and learn with your tutor
Section titled “Start a session and learn with your tutor”Read the walkthrough transcript
1. Choose your subject
Let's start a real lesson. Open Tutor and choose Math in Study Studio. The subject keeps your session focused, so you and your tutor are working toward the same goal.
2. Choose Check and share your attempt
Here, we choose Check to review our working. That opens the chat. Now we type the equation, explain the step we've tried, and ask for a hint. You don't need a perfect attempt. Your reasoning gives the tutor somewhere useful to begin.
3. Read the tutor's feedback
Send the message and read the feedback as it arrives. Our tutor confirms the first step and points us toward the next operation. Take a moment to understand the hint before moving on.
4. Try the next step yourself
Now it's our turn. We divide both sides by two, check the result in the original equation, and ask for a similar problem. That's the habit to keep: try, check, and then practice again.
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Solve an equation in Math Steps
Section titled “Solve an equation in Math Steps”Read the walkthrough transcript
1. Start with one problem
Let's work through an equation, one step at a time. Open Math Steps, type two x plus five equals thirteen, and use the plus button to create a problem session.
2. Write your next move
Before asking for feedback, explain what you would do. Here, we subtract five from both sides. Writing the operation helps you see the reasoning, instead of jumping straight to an answer.
3. Check, then record the step
Choose Check with AI and read the feedback. When you're ready, use Add step to record your working. These are separate actions: one gives feedback, and the other keeps the step in your solution.
4. Finish and verify
Next, divide both sides by two. That gives x equals four. Check it in the original equation: two times four, plus five, equals thirteen. Nice. Now you have a solution you can explain.
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Create an audio lesson and review your library
Section titled “Create an audio lesson and review your library”Read the walkthrough transcript
1. Open Audio Lessons
Want to learn by listening? Open Audio Lessons from Study Tools. Start with one focused topic, so the explanation stays useful and easy to follow.
2. Describe the lesson
Let's use why plants need sunlight. Add Biology as the subject, then choose a format. Brief gives you a quick overview. Deep Dive, Debate, and Story Mode offer different ways to explore the same idea.
3. Generate and check the library
Choose Generate and give the app time to prepare the lesson. The library is where you'll find your available tracks. If generation is still running, avoid sending the same request again.
4. Build an active listening habit
When a lesson is ready, open it and use its playback controls. Pause after a key idea, say it in your own words, and use the transcript to check a term. Listening becomes much more useful when you stop and think.
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Write and run your first program
Section titled “Write and run your first program”Read the walkthrough transcript
1. Open the Code Sandbox
Let's make a tiny program and see what it does. Open Code Sandbox from Study Tools. We'll use Python and start with something simple enough to understand at a glance.
2. Type a small example
In the editor, we'll print a greeting, then add two numbers. Before you run it, make a prediction: what should appear in the output? That small check makes coding a learning activity, instead of guesswork.
3. Run and read the output
Choose Run. Now compare the output with your prediction. If you see an error, read the message and check the line it names. Fix one thing at a time, then run the program again.
4. Change one thing and try again
Let's change the numbers and run it once more. Watch how the output changes. You've just practiced a useful coding habit: make a prediction, test it, and explain the result.
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More workflows to try
Section titled “More workflows to try”Choose a tutorial for the task you want to complete. Each video shows real local actions and results; pause at a chapter to try the step in your own workspace.
- Generate, explore, and export a mind map
- Practice a roleplay and review feedback
- Build a flashcard deck and review your recall
- Set an exam goal and check a practice answer
Generate, explore, and export a mind map
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1. Choose a topic and layout
Let's explore how ideas connect. Open Mind Maps, enter your topic and subject, and choose a layout. We'll use Photosynthesis in Biology with the Tree layout, then select Generate.
2. Inspect a concept
The saved map is ready. Select a node to see its detail and mastery label. This local example is a small map; use the actual labels and connections to decide what you need to study next.
3. Export or continue studying
Choose Export SVG to keep the diagram as a file. The node panel also offers a tutoring session or an audio lesson about that concept. A map becomes useful when it helps you choose your next learning step.
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Practice a roleplay and review feedback
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1. Choose a scenario
Let's practice a conversation. Open Roleplay and choose a scenario that matches your goal. We're starting Restaurant Spanish Practice. Read the role and instructions before writing your first response.
2. Write and send a response
Try the conversation yourself. We ask for a table for two and vegetarian options, then choose Send. Read the host's reply before you continue. In this local run, the reply gives a basic prompt for more detail.
3. Evaluate and choose an improvement
Choose Evaluate to review the feedback. Look beyond the overall score at the individual categories. Our short exchange needs more detail, so the useful next step is to add a specific question or explanation when we practice again.
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Build a flashcard deck and review your recall
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1. Create a focused deck
Let's build a small deck we can actually review. Open Flashcards and choose Create Deck. Give it a clear title, then add the subject and topic to keep your study material organized.
2. Write a question and answer
Choose Add card. Put one question on the front and a short, accurate answer on the back. We're using a photosynthesis question. Save the card, then choose Review deck to begin.
3. Recall, flip, and score
Try to answer before you reveal the back. Flip the card, compare your answer, then rate your recall honestly. We choose Good here. Your rating helps schedule the next review, so use Again when you couldn't remember.
4. Check the review result
The session is complete. Check how many cards you reviewed and the session summary. This is a one-card example; a larger deck gives you a more useful practice session.
5. Refresh the retention dashboard
Now open Memory Games and choose Recompute. The retention dashboard uses your flashcard review history. Treat the forecast as a guide for what to revisit, and come back when your cards are due.
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Set an exam goal and check a practice answer
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1. Choose an exam with a ready bank
Let's start exam preparation with a clear goal. Browse the available exams and check bank readiness. We're choosing ACT, then opening its details. A ready bank gives us questions we can practice now.
2. Set your target and date
Choose Enroll in this test, then set your target score and exam date. We're using example targets for this walkthrough. Save enrollment and check that the goal appears on your exam overview.
3. Start focused section practice
Open Practice and choose a section. Here, we're practicing Math. Check the exam profile, practice mode, and section focus before you start. Section practice lets you work on one area at a time.
4. Answer and explain your thinking
Read the question and solve it before checking. Three x plus seven equals twenty-two, so subtract seven, then divide by three. Select five, add your reasoning, and choose Check answer.
5. Use feedback before moving on
Now read the explanation and check the working. Once the method makes sense, move to the next question. We've checked one answer in this tutorial; complete your own practice run before treating its summary as a result.
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Explore the expanded module guides
Section titled “Explore the expanded module guides”These tutorials demonstrate the recorded local actions and results. The coding-challenge and Debate guides explain observed evaluation limitations beside the walkthrough. Use the complete module directory for all task guides and role prerequisites.
Complete a typed Debate and review feedback
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1. Choose a topic, side, and rounds
Start in Debate and enter a focused topic. We're using school start times, taking the For side, and keeping two rounds. Leave Voice match off for a typed exchange, then choose Start the debate.
2. Make your opening argument
Our two-round match is set up, and we're arguing for a later school start. Write one claim, a reason, and a clear example. Submit the argument and let the tutor respond.
3. Read the counterargument and scorecard
The tutor raises a scheduling concern. Read it before answering, then inspect the round's clarity, evidence, rebuttal, and persuasion scores. The To you note asks us to address later dismissal.
4. Respond to the actual concern
For our closing argument, we acknowledge the concern and propose consulting families and testing a modest change. That addresses the other side instead of repeating our opening. Submit when you're ready.
5. Compare the final feedback with your argument
The match ends at fifty-one to sixty-two. Use the labeled round notes to choose one improvement. Check the final summary carefully: in this local example, some praise describes the opposing side. Treat that mismatch as a limitation, then try a rematch or switch sides.
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Attempt a coding challenge and inspect evaluation
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1. Filter and choose a challenge
Let's practise checking a program against a task. Filter the Code Challenge Hub to Python and difficulty one. Open Sum Two Numbers and read what the program must do.
2. Type and submit an attempt
The task asks us to print seven plus thirteen. Here we deliberately use subtraction first, so we can inspect a failed attempt. Choose Submit Solution; this screen has no separate Run button.
3. Inspect the failed attempt
The output is minus six, and the evaluator reports zero of one tests passed. The program ran, but it didn't meet the addition task. Read both the output and the test result.
4. Correct one thing and resubmit
Change the minus sign to plus and submit again. The output is now twenty, which matches the arithmetic. Make small corrections like this so you can explain what changed.
5. Distinguish output from grading
Notice that the local evaluator still reports zero of one tests passed. Correct output and a passing grade are separate checks. Keep this result and report the evaluation mismatch; don't claim completion just because the output looks right.