Physics, 23.10.2020 02:01 CatelynBGray

Does anyone know anything about dunwich

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Dunwich is a village and civil parish in Suffolk, England. It is in the Suffolk Coast and Heaths AONB around 92 miles north-east of London, 9 miles south of Southwold and 7 miles north of Leiston, on the North Sea coast. Over the past eight centuries has been suffering from coastal erosion. Today it is no larger than a few streets, a pub, and a few houses. Most of the former town lies underneath the waves, as the local museum demonstrates, and the town has made an industry out of its lost heritage (which included around a dozen churches, a market square, and a guildhall). Walking along the shingle beach it is frequently possible to pick up small artefacts and bits of archaeology (including bones from an eroding cemetery) from the crumbling cliffs overhead. Once a prosperous seaport with a population of 3000 and listed in the Domesday book, the town was largely destroyed by storms in 1286 and 1347, then fell further victim to the eroding coastline. Today, almost the entire town has disappeared, leaving only the remains of a couple of buildings.

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Answer from: arnold2619

Hello!!! erz here ^^

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Yes, i do!

Dunwich was the capital of the Kingdom of East Angles!

Answer from: Quest

Answerthe energy required is 1.60 × 10⁻¹⁸ j, to three significant figures.explanationwe define electric potential as the ratio electric potential energy to the charge, $v = \dfrac{e_p}{q}$ then the following gives us the potential difference, $\delta v = v_b - v_a$ $\begin{aligned} \delta v & = \dfrac{e_p_b}{q} - \dfrac{e_p_a}{q} \\ & = \dfrac{\delta e_p}{q} \end{aligned}$ the formula $\delta v = \delta e_p / q$ may be on your formula sheet.the change in electric potential energy would be the energy that would needed to move it from point a to point b. solving for that, we get $\delta e_p = q\delta v$ using q = 8.00 × 10⁻¹⁹ c and δv = 2.00 v, we get $\begin{aligned} \delta e_p & = (8.00\times10^{-19} \text{ c})(2.00\text{ v}) \\ & = 1.60\times 10^{-18}\text{ j} \end{aligned}$ the energy required is 1.60 × 10⁻¹⁸ j, to three significant figures.

Answer from: Quest

This ain't even a question. speak english

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