A writer is editing an essay about the civil engineer John Smeaton.
In 1756, Smeaton took on the challenge of rebuilding the Eddystone Lighthouse, which had repeatedly been destroyed by the brutal waves of the English Channel. He realized that traditional wooden structures and standard mortar were insufficient to withstand the sea's relentless power. To solve this, Smeaton pioneered the use of interlocking granite blocks and developed a revolutionary hydraulic lime mortar that cured under water. This innovative combination of materials and design allowed the structure to withstand the constant pounding of the sea.
Given that all the choices are true, which choice provides the most specific, concrete evidence to support the claim that Smeaton's design was exceptionally durable?
- Aensured that Smeaton would gain immense fame throughout Britain, eventually earning him the title of the father of civil engineering.
- Bguaranteed the lighthouse did not collapse, it stood completely firm against the waves.
- enabled the lighthouse to stand undamaged for over one hundred years until the rock beneath it began to wear away.Cevap
- Dkept the lighthouse standing and secure, resisting damage and remaining intact without being destroyed.