Google recommends preparing for exams with Gemini

Ahead of the National Multi-Subject Test (NMT) season and Google summer university sessions presented instructions for transforming your Gemini AI assistant into a personal learning partner. Thanks to new multimodal features integrated in May 2026, chaotic lecture notes can now be transformed into a personalized and clear interactive plan.

6 main tools for effective learning

• A single hub through Notebooks: Google AI Ultra, Pro, and Plus subscribers can collect all their materials (PDFs, notes photos, query history) in one place. The system remembers progress and allows you to continue working from any device.

• Guide and flashcard generation: Gemini is able to structure hundreds of pages of dry theory, highlighting only the complex topics most often found in tests, and creating flashcards for memorizing dates or formulas.

• Audio Overviews: This feature turns text files into dynamic audio conversations between two AI presenters who break down complex course concepts in detail. Available in NotebookLM and the Gemini app.

• Visualization of concepts: based on the Gemini Pro model, the function of transforming text questions into interactive models and simulations (for example, the movement of molecules or physical processes) is deployed directly in the chat window.

• Trial testing via Gemini Live: the user can generate a quiz of any difficulty or tell the studied topic aloud via Gemini Live's voice mode — the AI ​​will listen carefully and correct logical errors.

• Step-by-step problem solving (Guided Learning): in this mode, AI does not simply provide a ready-made result, but asks leading questions, helping to understand the logic of the process itself.

How Gemini solves complex problems

If you send Gemini a query with the problem given in the Google release, the AI ​​model applies fundamental physical laws to explain it step by step:

Problem condition: A rocket with mass m = 10,5 kg is launched vertically; its fuel gives it kinetic energy Ek = 1925 J by the time it burns out. To what additional height h will it rise if air resistance is neglected?

Step-by-step solution algorithm provided by Gemini:

According to the law of conservation of energy, all the kinetic energy that the rocket had at the moment of fuel burnout will be converted into potential energy of lifting it to additional height:

Since the formula for potential energy has the form E_p = m · g · h, we get the equation:

We express the additional height h, where the acceleration of gravity g ≈ 9,8 m/s²:

Substitute the values:

HiTech Expert Take

For HiTech Expert, we note: the integration of tools such as local notebooks and audio transcriptions demonstrates the maturity of consumer AI in 2026. Learning is no longer a monotonous process of memorization. The ability to transfer the history of previous queries from other AI platforms makes Gemini: a universal hub for Ukrainian applicants and students, helping them effectively compete in exams and save time.