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A categorised collection of 3D scenes with a spectacular search interface.
An organised and searchable graph of all the educational content in the mozaLearn system (books, videos, 3D scenes, digital lessons).
Categorized videos showing interesting experiments and movie clips.
Simple question sheet with text and pictures; multiple choice questions with a single or multiple correct answers.
Practice exercises for every week of the academic year, grouped by grades.
Practise addition, subtraction, negative numbers and sets with diverse exercises.
Practise using money with coins, banknotes and goods in a variety of situations.
A tool for illustrating and drawing simple two-dimensional shapes.
Perform basic mathematical operations with the counting frame, which has been well-known since ancient times.
More than 40 different dice to practise the material of various subjects
Sixteen decks of cards in various subjects, with the possibility to insert pictures into mozaBook
Decode words and phrases using symbols of Braille writing, sign language, flag signals, bar codes and hieroglyphs.
Customisable analogue and digital clocks with current time display and exciting exercises.
People and events shown in a dynamic timeline and relations view.
A collection of mathematical and physical functions, formulae and explanatory illustrations.
A tool to practise multiplication and division with spectacular exercises and games.
An intriguing logic game originating from China. Includes lots of puzzles of various levels of difficulty.
Reach a specified integer through arithmetic operations, from six integers.
A balance scale to show inequalities and to introduce the notion of equation.
True/False mathematical questions from geometry through algebra to number theory.
A quick and simple way to create spectacular diagrams from built-in templates.
Plotting points, lines, circles and functions in the coordinate system.
Illustrating axis of symmetry in a playful manner with exercises. Can also be used as an icon editor.
Answer quiz questions on 12 different topics with increasing level of difficulty.
Play against the computer or an online opponent, solve problems or analyse famous matches!
This exciting and colourful game is designed to develop spatial perception. You can check your solutions using isometric views.
Assemble fragments of broken three-dimensional shapes by rotating the models.
Exercises related to basic mathematical operations and relations on a 3×3 grid.
Exercises for practising basic operations using a number circle.
Create your own photo gallery with the option of using your own pictures and creating labels.
Place four of your disks next to, below or diagonally to each other.
Continue the line. Place dominoes with the corresponding number of pips next to each other.
Fill the missing numbers so that the sum of every row and column adds up to the same number.
Where do roads lead? Follow the instructions to find the good direction.
Try placing three of your pieces next to each other and remove one of the opponent's pieces in return.
A game involving logic and strategy with the goal of building the strongest army possible.
Fly the aeroplane, control the snake, shepherd the bee to the right direction.
Help the animals to find their way home and practise chess moves.
Familiarise yourself with the chessboard and learn how to move around the squares.
Order numbers or letters, complete pictures by sliding the tiles.
At least how many moves are needed to achieve the shown configuration on a solved Rubik's cube?
Recognise the algebraic expressions represented in a tree structure.
Perform the operations and match them with the correct answer.
Find the correct description of the person shown in the picture.
Match the pictures of the people with their biographical data.
What will be the position of the marked cogwheel after performing the rotations?
A sheet of paper has been folded and cut. Choose the image that shows the unfolded paper sheet.
Follow the pattern from the starting point to the finish line.
Drag the pictures of the people to the correct place on the timeline.
Enter the ID of the robot parts; pay attention to the correct order.
Move the items situated in the specified position to the cells at the bottom.
Well-known mathematical identities and inequalities.
Each algebraic expression is the sum of the two expressions directly beneath it.
What shape is formed by the overlapping layers from above?
Find the analogy between the pictures at the top to find the picture that matches the one in the bottom.
Calculate how many you see of the shape and enter the number in the field.
Select the answer that shows the correct view of the shape.
The number of dots on the dominos should be the same on each side of the square.
Match the sets of items with the pictures you can assemble from them.
How many sections form the shortest path between the two marked nodes?
Place the dominoes so that each shape appears only once on all sides of the square.
Place the dominoes so that the number of dots on the dominoes is the same on all sides of the square.
Place the dominoes so that the sum of the fractions on the dominoes is the same on all sides of the square.
Follow the rule to find your way out of the number labyrinth.
Each number is the sum of the two numbers directly beneath it.
Mark where the small square of four pictures is in the big square.
The place marked with a question mark is missing something that can be found in the other group.
Connect the identical images, pay attention to the order and orientation.
Which numbers do you have to add to get the number in the centre of the flowers?
