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0 - 11.24 = 9 11.25 - 33.74 = 10 33.75 - 56.24 = 11 56.25 - 78.74 = 12 78.75 - 101.24 = 13 101.25 - 123.74 = 14 123.75 - 146.24 = 15 146.25 - 168.74 = 16 168.75 - 191.24 = 1 191.25 - 213.74 = 2 213.75 - 236.24 = 3 236.25 - 258.74 = 4 258.75 - 281.24 = 5 281.25 - 303.74 = 6 303.75 - 326.24 = 7 326.25 - 348.74 = 8 348.75 - 360 = 9 |

DIAGRAM A
Fit each moon onto a spike on the diagram starting at #1
The moon is in the phase that the spike closest to it is
Make sure that phase 1 is always closest to the sun
DIAGRAM B
for example; moon one in Diagram B fits onto spike 1 in Diagram C
DIAGRAM C
for example; In diagram C, the phase the moon would be in is Moon Phase 1
because it's closest to that spike
and phase 9 is furthest away
Look at Diagram C to determine the moon's position
Prizes
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