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A) C. A. 'Peter' Newham B) Alexander Thom C) Mike Parker Pearson D) Durrington Walls
A) Slaughtering pigs B) Observing the saros cycle C) Measuring the megalithic yard D) Tracking the summer solstice
A) A triangle B) An octagon C) A circle D) A rectangle
A) 51°10′44″N B) 55°10′44″N C) 60°10′44″N D) 45°00′00″N
A) Solar and lunar alignments occur at right angles B) The sun never sets at this latitude C) It is the exact center of the Earth D) It prevents the saros cycle from being observed
A) Postholes for saros cycles B) Rubbish dumps from the twentieth century C) Rectangular station stones D) Landscape features for lunar and solar events
A) A Neolithic burial chamber B) A lunar observation point C) A twentieth-century rubbish dump D) A solar alignment stone
A) The lunar inch B) The Stonehenge meter C) The solar foot D) The megalithic yard
A) Written records from prehistoric people B) The orientation of the station stones C) The diameter of the Earth D) Age of slaughtered pig bones and teeth
A) Peter's Mound and the Heel Stone B) Stonehenge and Durrington Walls C) Newgrange and Maeshowe D) The Station Stones and the Earthwork
A) There was no evidence of summer visitation B) The site was exclusively for summer solstices C) The site was only used by pigs D) The site had no solar alignments
A) People never visited the site at all B) People likely visited for both summer and winter solstices C) People only visited during the summer D) The site was exclusively a burial ground
A) 1966 B) 1950 C) 1965 D) 1963
A) Optical surveying tools B) Manual calculations C) A custom mechanical calculator D) Harvard-Smithsonian IBM computer
A) 165 B) 200 C) 11 D) 13
A) 1500 BC B) 500 BC C) 2000 BC D) 1000 BC
A) Sixteen B) Zero C) Eleven D) Thirteen
A) Fifteen B) Eleven C) Ten D) Thirteen
A) The Neolithic Computer B) Stonehenge Decoded C) Moonshine on Stonehenge D) Ancient Alignments
A) Burial site B) Neolithic computer C) Lunar observatory D) Solar temple
A) Gerald Hawkins B) Atkinson C) Fred Hoyle D) J.B. White
A) Up to 2 degrees B) Zero degrees C) Up to 1 degree D) Up to 5 degrees
A) 0.9 B) 0.000001 C) 0.5 D) 0.1
A) The lack of math skills B) The English climate C) The shifting of the Earth's axis D) The growth of local forests
A) Alexander Thom B) Gerald Hawkins C) William Stukeley D) Sir Norman Lockyer
A) Calculating magnetic variation B) Studying tree rings C) Comparing lunar cycles D) Carbon dating
A) Vega B) Sirius C) Betelgeuse D) Polaris
A) A Roman road marker B) A medieval boundary wall C) A local lighthouse D) An Ordnance Survey trig point
A) Northeast B) Southwest C) Southeast D) Northwest |