k Peter Barlow, mathematician and physicist Sketch of Peter Barlow 17761858, British mathematician and physicist. Barlow was born in Norwich, and was selfeducated. In 1801 he became assistant mathematics master at the Royal Military Academy Woolwich in London. The most famous of his works is New Mathematical Tables of 1814. This gave the square, cube, square root, cube root and reciprocal of every number from 1 to 10, 000, and is so accurate that it is still published. In 1819 he provided a solution for correcting ships compasses to allow for iron hulls, and between 182732 designed an achromatic lens for astronomers. The first design used liquid carbon disulphide between to glass lenses, the second used a mix of flint glass and crown glass. Stock Photo - Afloimages
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Peter Barlow, mathematician and physicist Sketch of Peter Barlow  1776 1858 , British mathematician and physicist. Barlow was born in Norwich, and was self educated. In 1801 he became assistant mathematics master at the Royal Military Academy Woolwich in London. The most famous of his works is New Mathematical Tables of 1814. This gave the square, cube, square root, cube root and reciprocal of every number from 1 to 10, 000, and is so accurate that it is still published. In 1819 he provided a solution for correcting ships       compasses to allow for iron hulls, and between 1827 32 designed an achromatic lens for astronomers. The first design used liquid carbon disulphide between to glass lenses, the second used a mix of flint glass and crown glass.
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Peter Barlow, mathematician and physicist

Sketch of Peter Barlow (1776-1858), British mathematician and physicist. Barlow was born in Norwich, and was self-educated. In 1801 he became assistant mathematics master at the Royal Military Academy Woolwich in London. The most famous of his works is New Mathematical Tables of 1814. This gave the square, cube, square root, cube root and reciprocal of every number from 1 to 10, 000, and is so accurate that it is still published. In 1819 he provided a solution for correcting ships’ compasses to allow for iron hulls, and between 1827-32 designed an achromatic lens for astronomers. The first design used liquid carbon disulphide between to glass lenses, the second used a mix of flint glass and crown glass.

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