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Circumference # 1= __ _74 cm__ ________ Distance Home to A (cm) Distance Home to B (cm) Distance Home to C (cm) Distance Home to
Circumference # 1= ___74 cm__________
Distance Home to A (cm)
| Distance Home to B (cm)
| Distance Home to C (cm)
| Distance Home to D (cm)
| Distance Home to E (cm)
| |
Measure | 12 cm | 26 cm | 37 cm | 46 cm | 59 cm |
Measure Repeat 1 | 12 cm | 25 cm | 38 cm | 46 cm | 60 cm |
Measure Repeat 2 | 13 cm | 25 cm | 38 cm | 45 cm | 60 cm |
Average | 12.3 cm | 59.33 cm | 87.66 cm | 107 cm | 139 cm |
Circumference # 2 = ___94 cm_________
20 cm
30 cm
- How did the distance from the "home" dot to each of the other galaxies change each time you inflated the balloon? (reference your data and what the data indicates)
- Which galaxies move the greatest distance , the near "home" or those farther? (reference your data and what the data indicates)
- If you deflate the balloon completely, simulating the beginning of the expansion of the Universe, what happens to all the galaxies? What would this point in your model represent?
- How is your model similar to reality and how is your model different?
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