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Page 1: mhahn.weebly.commhahn.weebly.com/uploads/3/1/3/6/31364453/plate_tectonics_readi… · This is because new crust continually forms from molten material at the ridge. The oldest crust
Page 2: mhahn.weebly.commhahn.weebly.com/uploads/3/1/3/6/31364453/plate_tectonics_readi… · This is because new crust continually forms from molten material at the ridge. The oldest crust
Page 3: mhahn.weebly.commhahn.weebly.com/uploads/3/1/3/6/31364453/plate_tectonics_readi… · This is because new crust continually forms from molten material at the ridge. The oldest crust
Page 4: mhahn.weebly.commhahn.weebly.com/uploads/3/1/3/6/31364453/plate_tectonics_readi… · This is because new crust continually forms from molten material at the ridge. The oldest crust
Page 5: mhahn.weebly.commhahn.weebly.com/uploads/3/1/3/6/31364453/plate_tectonics_readi… · This is because new crust continually forms from molten material at the ridge. The oldest crust
Page 6: mhahn.weebly.commhahn.weebly.com/uploads/3/1/3/6/31364453/plate_tectonics_readi… · This is because new crust continually forms from molten material at the ridge. The oldest crust
Page 7: mhahn.weebly.commhahn.weebly.com/uploads/3/1/3/6/31364453/plate_tectonics_readi… · This is because new crust continually forms from molten material at the ridge. The oldest crust
Page 8: mhahn.weebly.commhahn.weebly.com/uploads/3/1/3/6/31364453/plate_tectonics_readi… · This is because new crust continually forms from molten material at the ridge. The oldest crust