Elements of Geometry, and Plane and Spherical Trigonometry: With Numerous Practical ProblemsIvison, Blakeman, Taylor, 1860 - 453 páginas |
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Página 21
... Cotang . N.sine . N. cos . Infinite . 00000 100000 60 13.536274 00029/100000 59 235244 00058 100000 58 059153 00087 100000 57 12.934214 00116 100000 56 837304 00145 100000 55 758122 00175 100000 54 691175 00204 100000 53 633183 00233 ...
... Cotang . N.sine . N. cos . Infinite . 00000 100000 60 13.536274 00029/100000 59 235244 00058 100000 58 059153 00087 100000 57 12.934214 00116 100000 56 837304 00145 100000 55 758122 00175 100000 54 691175 00204 100000 53 633183 00233 ...
Página 22
... Cotang . 10 012378QO1 08.241855 9.999934 8.241921 1196 0.4 249033 999932 249102 1177 0.4 1197 1177 N. sine.IN. cos . 0174299985 60 750898 01774 99984 59 11.758079 256094 999929 256165 743835 01803 99984 58 1158 0.4 1158 263042 999927 ...
... Cotang . 10 012378QO1 08.241855 9.999934 8.241921 1196 0.4 249033 999932 249102 1177 0.4 1197 1177 N. sine.IN. cos . 0174299985 60 750898 01774 99984 59 11.758079 256094 999929 256165 743835 01803 99984 58 1158 0.4 1158 263042 999927 ...
Página 23
... Cotang . IN . sine.IN. cos . 08.542819 2345 88 546422 549995 600 595 9.999735 999731 0.7 0.7 999726 8.543084 546691 550268 602 596 591 0.7 591 553539 999722 553817 586 0.8 587 557054 999717 557335 581 0.8 582 560540 999713 560828 576 ...
... Cotang . IN . sine.IN. cos . 08.542819 2345 88 546422 549995 600 595 9.999735 999731 0.7 0.7 999726 8.543084 546691 550268 602 596 591 0.7 591 553539 999722 553817 586 0.8 587 557054 999717 557335 581 0.8 582 560540 999713 560828 576 ...
Página 24
... Cotang . N. sine . [ N . cos . 9.999404 8.719396 401 1 721204 1.1 402 999398 721806 398 2 1.1 399 723595 999391 724204 396 3 1.1 397 725972 999384 726588 394 4 1.1 395 728337 999378 728959 392 730688 1.1 393 999371 731317 11.28060405234 ...
... Cotang . N. sine . [ N . cos . 9.999404 8.719396 401 1 721204 1.1 402 999398 721806 398 2 1.1 399 723595 999391 724204 396 3 1.1 397 725972 999384 726588 394 4 1.1 395 728337 999378 728959 392 730688 1.1 393 999371 731317 11.28060405234 ...
Página 25
... Cotang . 11.15535606976 99756 60 153545 07005 99754 59 151740 07034 99752 58 149943 07063 99750 57 148154 07092 99748 56 146372 07121 99746 55 144597 07150 99744 54 142829 0717999742 53 141068 07208 99740 52 139314 07237 99738 51 10 ...
... Cotang . 11.15535606976 99756 60 153545 07005 99754 59 151740 07034 99752 58 149943 07063 99750 57 148154 07092 99748 56 146372 07121 99746 55 144597 07150 99744 54 142829 0717999742 53 141068 07208 99740 52 139314 07237 99738 51 10 ...
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Términos y frases comunes
ABCD altitude angle opposite axis bisected chord circle circumference circumscribed common cone convex surface cos.a cos.b cos.c Cosine Cotang diagonal diameter dicular difference distance divided draw equal angles equation equiangular equivalent find the angles formulæ four magnitudes frustum given line greater half Hence the theorem homologous hypotenuse included angle inscribed intersect isosceles less Let ABC logarithm measured multiplied N.sine number of sides opposite angles parallelogram parallelopipedon pendicular perpen perpendicular plane ST polyedron PROBLEM produced Prop proportion PROPOSITION prove pyramid quadrantal radii radius rectangle regular polygon right angles right-angled spherical triangle right-angled triangle SCHOLIUM secant segment similar sin.a sin.b sin.c sine solid angles sphere SPHERICAL TRIGONOMETRY straight line subtracting Tang tangent three angles three sides triangle ABC triangular prisms TRIGONOMETRY vertex vertical angle volume
Pasajes populares
Página 320 - If two triangles have two angles of the one equal to two angles of the other, each to each, and one side equal to one side, viz.
Página 65 - If four magnitudes are in proportion, the sum of the first and second is to their difference as the sum of the third and fourth is to their difference.
Página 121 - In a given circle to inscribe a triangle equiangular to a given triangle. Let ABC be the given circle, and DEF the given triangle ; it is required to inscribe in the circle ABC a triangle equiangular to the triangle DEF.
Página 56 - If a straight line be divided into two equal parts, and also into two unequal parts; the rectangle contained by the unequal parts, together with the square of the line between the points of section, is equal to the square of half the line.
Página 34 - Conversely: if two angles of a triangle are equal, the sides opposite to them are equal, and the triangle it itosceles.
Página 126 - To inscribe a regular polygon of a certain number of sides in a given circle, we have only to divide the circumference into as many equal parts as the polygon has sides : for the arcs being equal, the chords AB, BC, CD, &c.
Página 22 - If two parallel lines are cut by a third straight line, the sum of the two interior angles on the same side of the secant line is equal to two right angles.
Página 277 - The logarithm of any power of a number is equal to the logarithm of the number multiplied by the exponent of the power.
Página 94 - The angle in a semicircle is a right angle ; the angle in a segment greater than a semicircle is less than a right angle ; and the angle in a segment less than a semicircle is greater than a right angle.
Página 30 - Therefore all the interior angles of the figure, together with four right angles, are equal to twice as many right angles as the figure has sides.