Ozobot Bit – Drunkard’s Random North-South-East-West Walk
Students are challenged to write one of the most famous of all random walk programs – the Drunkard’s Random Walk.
Simulation of an Experiment in Viscosity
In this classroom application, using the provided OzoBlockly programs, students are guided to measure viscosity.
Demonstrations of Triangular and Square Numbers
In this classroom application, Ozobot Bit is used to visually and dynamically enhance the patterns of triangular and square numbers.
Ozobot Bit – Decimal to Binary Converter
Students learn and program how to convert decimal (base 10) numbers to their equivalent in the binary (base 2) number system.
Ozobot Bit – the Fibonacci Traveler
Students learn what recursion is by programming the Fibonacci Sequence for Ozobot Bit in OzoBlockly.
Demonstration of the Pythagorean Theorem
A classroom application to visually and dynamically demonstrate the relationships expressed by the Pythagorean Theorem.
Demonstration of the Math Identity (a + b)² = a² + 2ab + b²
In this classroom application Ozobot Bit is used to demonstrate the relationship between the well known algebraic identity (a + b)² = a² + 2ab + b² and its corresponding geometric view.
Random Walk on Cartesian Plane with Turn Counts
Students are challenged to write a program that makes Ozobot Bit take a random walk.
Ozobot Bit – Second Timer
Students are challenged to use the advanced OzoBlockly level to turn Ozobot Bit into a timer measuring seconds.
Cartesian Coordinate Practice
A classroom application to introduce your students to the Cartesian coordinate system in an enjoyable, game-like practice.