Description
Objective:
Students will develop an understanding of how the micro:bit LED display works by identifying patterns, tracing light paths, and counting the number of illuminated LEDs.
Description:
This worksheet represents a simplified version of the micro:bit's 5x5 LED display. Students are shown a 5x5 grid with 9 light bulbs arranged in a 3x3 square pattern in the center of the grid. Each bulb symbolizes a lit-up LED on the micro:bit.
Student Tasks:
- Trace the Path: Students are prompted to trace the path of the lights, helping them visualize how specific LEDs can be turned on to form a shape or pattern.
- Identify the Shape: They identify the shape formed by the lit bulbs—in this case, a square.
- Count the Lights: Students count the number of lights (9) to reinforce spatial awareness and simple counting skills.
Learning Connection:
- The activity mirrors how students will eventually program patterns on the micro:bit using block-based code.
- It reinforces the idea that each LED on the micro:bit can be individually addressed by its grid position (row and column).
- It builds spatial and geometric reasoning, which are foundational skills in both math and programming.
Suggested Follow-Up Activity:
After completing the worksheet, have students recreate the same light pattern on a real micro:bit using the MakeCode simulator or device.
Highlights
Description
Objective:
Students will develop an understanding of how the micro:bit LED display works by identifying patterns, tracing light paths, and counting the number of illuminated LEDs.
Description:
This worksheet represents a simplified version of the micro:bit's 5x5 LED display. Students are shown a 5x5 grid with 9 light bulbs arranged in a 3x3 square pattern in the center of the grid. Each bulb symbolizes a lit-up LED on the micro:bit.
Student Tasks:
- Trace the Path: Students are prompted to trace the path of the lights, helping them visualize how specific LEDs can be turned on to form a shape or pattern.
- Identify the Shape: They identify the shape formed by the lit bulbs—in this case, a square.
- Count the Lights: Students count the number of lights (9) to reinforce spatial awareness and simple counting skills.
Learning Connection:
- The activity mirrors how students will eventually program patterns on the micro:bit using block-based code.
- It reinforces the idea that each LED on the micro:bit can be individually addressed by its grid position (row and column).
- It builds spatial and geometric reasoning, which are foundational skills in both math and programming.
Suggested Follow-Up Activity:
After completing the worksheet, have students recreate the same light pattern on a real micro:bit using the MakeCode simulator or device.
