Which of these statements about Stonehenge is false?

Question

BlackTom AI · Accepted Answer

Stonehenge is oriented to the summer-solstice sunrise, so the claim that the Sun rises over the Heel Stone on the day of the winter solstice (as seen from the Altar Stone) is incorrect.

1) Relevant knowledge points and concepts
- Stonehenge’s main axis is aligned roughly northeast–southwest; the principal astronomical alignment is toward sunrise on the summer solstice.
- The Heel Stone sits outside the northeast entrance; the Altar Stone lies near the center of the monument.
- At latitude ~51°N, the summer-solstice sunrise azimuth is about 49° (northeast) and the winter-solstice sunrise azimuth is about 131° (southeast), roughly opposite directions.
- Archaeological studies propose lunar alignments (station stones) and long-distance transport of stones (bluestones from Wales, sarsens from nearby Marlborough Downs).

2) Step-by-step reasoning
- From the Altar Stone looking northeast toward the Heel Stone, observers see the rising Sun at summer solstice because the Heel Stone lies near the summer-solstice sunrise azimuth.
- The winter-solstice sunrise occurs on the opposite (southeastern) horizon, so it would not rise over the Heel Stone which is located to the northeast.
- Therefore the statement specifying winter solstice sunrise over the Heel Stone is factually wrong.

3) Intermediate numerical/geometric step
- Approximate azimuths at Stonehenge (latitude ~51°N): summer-solstice sunrise ≈ 49° (NE), winter-solstice sunrise ≈ 131° (SE). The Heel Stone aligns with the NE direction (~49°), confirming the summer, not winter, solstice alignment.

4) Why the correct answer (the false statement) is incorrect
- The Heel Stone marks the summer-solstice sunrise when viewed from the center/Altar Stone, not the winter solstice. Thus the statement claiming a winter-solstice sunrise alignment is false.

5) Why the other options are correct (briefly)
- Station stones: archaeological interpretations link them to lunar extreme rise/set positions (major lunar standstill) — supported by their geometry.
- Horseshoe of trilithons: opens to the northeast and points toward the rising sun on the summer solstice — consistent with the main alignment.
- Large sarsens and smaller bluestones: geological sourcing shows sarsens from nearby Marlborough Downs and bluestones from the Preseli Hills in Wales, indicating transport from a long distance.

Conclusion: The false statement is "The Sun rises over the Heel stone on the day of the winter solstice as seen from the Altar stone." This matches the provided answer.

Which of these statements about Stonehenge is false?Single choice

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