Energy Road Trip
Students will use lines and Color Codes to program their bot to mimic a car to demonstrate potential energy and changes in kinetic energy.
Trait Match-Up
Students explore how certain traits are inherited in animals by programming their Ozobot to randomly choose a trait from a pair of parents. Then students put the chosen inherited traits from the parents together to draw an example of the offspring.
Patterns in Motion
Students look at different patterns to predict the motion of their bot. Students use their predictions to program their bot to show the patterns in motion. Then, students create real-world simulations of patterns in motion using lines and Color Codes
Life Cycles
Students will create interactive diagrams to show the life cycles of two different organisms. Students will compare and contrast the two different life cycles.
Changes in Matter Match-Up
Students use context clues to identify different examples of matter that change by heating and cooling. Students draw pictures and program their bot to demonstrate how some changes can be reversed and some cannot.
What’s the Object?
Students use lines and Color Codes to program their bot to randomly choose an object. Students create a 2D model of the object by putting paper shapes together.
Ozobot Evo or Ari Measures Inches
Attachments: Ozobot Measures Inches Student GuideOzobot Measures Inches Teacher GuideOzobot Measures Inches BlocksOzobot Measures Inches Video More Properties: Grades: 10, 11, 12, 6, 7, 8, 9 Subjects: Computer Science, Math, Science Academic Standards: CSTA.2-AP-11, CSTA.2-AP-12, CSTA.2-AP-19, CSTA.2-CS-02, CSTA.3A-DA-11
Determining the Length of a Moving Object with Ari’s ToF Sensor
Attachments: Determining the Length of a Moving Object with Ari’s ToF Sensor Student GuideDetermining the Length of a Moving Object with Ari’s ToF Sensor Teacher GuideBlocks for Determining Length of Moving ObjectDetermine the Length of a Moving Object More Properties: Grades: 10, 11, 12, 9 Subjects: Computer Science, Science Academic Standards: CSTA.2-AP-11, CSTA.2-AP-12, CSTA.2-AP-19, CSTA.2-CS-02, […]
2D Spatial Reconstruction Using a Rotating Time-of-Flight Sensor (aka LIDAR)
Attachments: 2D Spatial Reconstruction Using a Rotating Time of Flight Sensor Student Guide2D Spatial Reconstruction Using a Rotating Time of Flight Sensor Teacher Guide More Properties: Grades: 10, 11, 12, 9 Subjects: Computer Science, Science Academic Standards: CSTA.2-CS-02, CSTA.3A-DA-11, CSTA.3B-CS-02
Determining Ari/Evo Velocity with an LLM Bot and Camera
Attachments: Determining Ari-Evo Velocity with an LLM Bot and Camera Challenge Student GuideDetermining Ari-Evo Velocity with an LLM Bot and Camera Challenge Teacher GuidePhotos of Ari Moving on a Paper TapeOzomap for Determining Ari Velocity with an LLM Bot and Camera More Properties: Grades: 10, 11, 12, 9 Subjects: AI, Computer Science, Science Academic Standards: […]