Modeling Animal Habits
Young students discover Point Counter Codes and model animal behavior with Color Codes.
Eclipses and Celestial Mechanics
Model orbits of small bodies around large bodies in space, especially our solar system, and investigate how lunar and solar eclipses and lunar phases occur.
Clean Energy Cruise
Help Ozobot collect all of the clean renewable energy types while avoiding the non-renewable energy types.
Linear and Angular Kinematics
In this classroom application, students will contrast linear and angular kinematics of Ozobot as he moves in circles.
Planetary Alignment and Kepler’s Law of Periods
In this lesson student lab groups investigate planetary “alignment” and Kepler’s Law of Periods.
Velocity as Slope of Position vs. Time Graphs
This classroom application will give your students an enjoyable way to learn the difference between positive and negative slope of a position versus time graph and the relationship between slope and velocity.
Discovering Pascal’s Triangle
Student lab groups discover Pascal’s triangle by finding the number of paths from the apex to any point in the triangle, and then do an experiment in which Ozobot Bit traverses the triangle many times.
Demonstration of the Optics of Thin Convex and Concave Lenses
This Ozobot Bit classroom application can be used to demonstrate the optical behavior of thin convex and concave lenses.
Simple Harmonic Motion Simulation
This classroom application allows the student to study what physicists refer to as simple harmonic motion.
Demonstration of Reflection from Plane and Parabolic Mirrors
This Ozobot Bit classroom application provides a quick demonstration of the law of reflection as it applies to plane and concave parabolic mirrors.