Universal Questions as Tools for Exploring the World
The Idea
Questions can be used not as a form of testing knowledge, but as universal operations for exploring the world.
A good basic question should work not just within a single school topic, but transfer between very different objects and domains: animals, devices, substances, numbers, programs, phenomena, ideas, and historical events.
The value of this mechanic is that a person gradually masters not only specific answers, but also the very method of exploring the unknown.
Basic Questions
What is it?
A question for identifying an object and its boundaries.
Helps establish what exactly we are dealing with, what type of object it belongs to, and what it is in the most general sense.
What is it for?
A question for function and purpose.
Shows what role the object plays in a system, human activity, or the surrounding world.
What is it made of?
A question for internal structure.
Teaches how to break down a whole into parts and see how an object is structured inside. Works equally well for an engine, a cell, a sentence, a program, or a mathematical construct.
How does it work?
A question for mechanism.
Transitions from a static description of an object to a process: what exactly happens inside or between parts to produce the observable result.
Why is it like this?
A question for causality.
Helps move from memorizing a fact to a model that explains why such a specific result is observed.
What can be done with this?
A question for the space of actions.
Turns knowledge from descriptive into operational: a person begins to understand what actions are permissible, what transformations are possible, and what results can be achieved.
What will happen if…?
A question for prediction and experimentation.
One of the strongest types of questions because it forces the application of a model rather than just recalling a fact.
Examples:
- what will happen if heated;
- what will happen if a part is removed;
- what will happen if the order is changed;
- what will happen if the magnitude is increased;
- what will happen if the condition is changed.
This question naturally leads to hypothesis testing.
How is this different from…?
A question for distinction and conceptual boundaries.
Comparison often forms a concept better than a formal definition because it shows essential features through contrast.
What is this like?
A question for analogy.
Allows using an already familiar model as a tool for understanding a new object.
Especially important for transferring knowledge across domains.
What is this connected to?
A question for connections and the object's place in a broader system.
Helps build a network of knowledge instead of a set of isolated facts.
Where does this come from?
A question for origin.
Can refer to physical origin, biological development, historical emergence, logical deduction, or production process.
What does this turn into?
A question for state change over time.
Especially useful for processes in physics, chemistry, biology, and other fields where an object cannot be understood solely as a static entity.
What is the main thing here?
A question for extracting the essential.
Helps separate core properties, dependencies, and causes from secondary details.
How do we know this is it?
A question for recognition criteria.
Forms a set of features by which an object or phenomenon can be distinguished from similar ones.
Where is this found?
A question for applicability domain and real-world manifestations.
Connects abstraction with the surrounding world and shows where knowledge is practically used or observed.
Higher-Order Questions
Some questions are directed not so much at the object itself, but at the very process of cognition.
What do I already know about this?
Activates existing knowledge and turns it into a tool for exploring the new.
What am I missing to understand this?
Helps identify gaps and dependencies.
How can this be tested?
Translates a statement into an observable or verifiable form.
Can it be done differently?
Opens up alternative ways of acting and helps avoid clinging to a single template.
What is the general principle here?
Elevates a person from a specific example to a broader model that can be transferred to other tasks.
Seven Main Directions of Inquiry
Most of the basic questions can be grouped into seven universal directions:
- Identification — what is it?
- Structure — what is it made of?
- Function — what is it for?
- Mechanism — how does it work?
- Cause — why is it like this?
- Change — what happens and what will happen if conditions change?
- Connections — what is it connected to, what is it like, how is it different?
This is not a mandatory rigid classification, but a convenient core for designing mechanics.
Why This Matters for "Learn is Easy!"
This system of questions aligns well with the project's overall logic:
- start with the familiar;
- explore the unknown through understandable operations;
- do not require knowing the correct terminology in advance;
- connect different fields through identical essential actions;
- turn learning from a sequence of explanations into independent research;
- teach not only specific answers, but also ways of asking questions.
The exact same set of questions can be adapted in complexity:
- a child can explore a familiar object or animal;
- a school student can explore a physical phenomenon or mathematical object;
- an adult can explore a technical system, concept, or professional domain.
The depth of the answer and the object of study change, but the cognitive operation remains the same.
This makes questions a potentially general platform mechanic that can run across multiple domains and learning levels.
