Learning Math/CS/Engineering Design with Robotics
Multiples of 3
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In this problem, you will determine the multiple(s) of a number.
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| Grid Size: S M L | Simple View: | MinView: |
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| Coord: x-axis y-axis | Grid Lines: x-axis y-axis | |||
| Grid: | 12x12 inches | 24x24 inches | 36x36 inches | |
| 72x72 inches | 96x96 inches | 192x192 inches | ||
| 1x1 inches | 2x2 inches | Fraction: | ||
| xy-Range: | ||||
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| Quad: | 1 Quadrant | 4 Quadrants | 1&4 Quadrants | |
| Units: | US Customary | Metric | Ruler: | |
| Labels: |
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Font
px
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| Tics Lines: |
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Width
px
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| Hash Lines: |
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Width
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1. Linkbot
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degrees
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Width
px
2. Linkbot
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degrees
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Width
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3. Linkbot
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degrees
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px
4. Linkbot
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degrees
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Width
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5. Linkbot
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degrees
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6. Linkbot
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degrees
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7. Linkbot
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degrees
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8. Linkbot
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degrees
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9. Linkbot
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degrees
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10. Linkbot
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degrees
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11. Linkbot
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degrees
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12. Linkbot
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degrees
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1. OmniBotA
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degrees
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2. OmniBotA
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degrees
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3. OmniBotA
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degrees
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4. OmniBotA
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degrees
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5. OmniBotA
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degrees
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6. OmniBotA
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degrees
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Use the robot to draw out the first six multiples of 3 in order from least to greatest, creating a spiral square pattern. The blocks are placed out for you in the Workspace, but the values may or may not be correct. Modify the pre-placed blocks so that each drive-forward distance is a multiple of 3. |
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Pre-Board Workspace
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Post-Board Workspace
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