Elements of analytical geometry and the differential and integral calculus (1856)
Robinson, Horatio N. (Horatio Nelson), 1806-1867 · Cincinnati : J. Ernst · leaf 98
n, for normals, sub-normals, tangents, and sub-tangents. Scholium 2. If we take the equation A^y^—B^x^=:^A^B\ and resolve it in relation to y, we shallfind that for every value of x greaterthan A\ we shall find two values of ynumerically equal, which shows thatOiY bisects MM and every line… … 90 ANALYTICAL GEOMETRY. oblique co-ordinates. We will now take the reverse operation,in the hope of discovering other geometrical truths.Hence the following : PROPOSITION VIII. To change the equation of the hyperbola in reference to oblig-ueco-ordinates, to an equivalent equation in reference to…
Geometry, Analytic · Calculus
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