# Foundations of Geometry by K. Borsuk & W. Szmielew By K. Borsuk & W. Szmielew

This e-book is anxious with the rules of Euclidean, Bolyai-Lobachevskian
(hyperbolic) and genuine projective geometries and contains the improvement of every to the
point at which the approach of axioms may be proven to be specific in addition to constant.

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Extra info for Foundations of Geometry

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Express the following equations x + y= x^3 3, x >/3 + Ans. OC = 45°, p = 3 2. y. mx + m =Vi m + 2 3 = OC ; a =- % 20 330 sin OC T / , = o. p = = if, 3 p a= ; - o, 150°, ff x y - + <-=!. a b c, —==- y — 1 x + Vi + 2 bx Va cos ; = p , : xv 3-y+6 = o, form in the standard y = standard form + 210 3 in the -xV3 y+6 = o, 5 x — 12 y + 6-o, y — 6 - + y + — Va2 + b2 V 1 + nrr == = ab ay + + b2 m r» 2 Va 2 + b o. 2 PROJECTIONS 8 60i proof in § Deff is If the properties of projections are assumed, the statement of the 54 may — If A' be simplified.

Ix 4, + my = i. 4,-3; -7^4; ],~3. Find the Ans. x + y = line through 4. Find the line through is 18. Ans. x + y = area (3, 5) which cuts (3, 3) which forms with the axes a equal intercepts on the axes. off 8. triangle whose 6. STANDARD FORM § 54-. To express the equation to a straight line in terms of and 06 where p is the length of the perpendicular from the origin p 011 the line and OL is the angle which this perpendicular makes with the axis of x. AB be the line, ON = p, NOX = a. Let Let P be any point on the line x its = OM, co-ord's.

Is 3 x + = ijy=— c = - 5. y = 3 x - 5. by x Ax+ By + gives By = - C. Ax- C. C= 2 o, represents a . Geometry Analytical 32 B Suppose that I. not is = Then o. A dividing may be y=mx + written C, A the equation line passing II. B. we ; A x + By + C = through the point fo, an angle tan -1 f — B we put if m = -B' Thus by C x y = -B- -B this [51. o, C -A line parallel to OY at a distance Q — -r* here stand for any numerical quantities, signs included. Thus take the equation -3y Here A = 4, m Or we may go through •'• — 3Y + 4X — 1 4 § 51.