Plane and Solid GeometryGinn, 1903 - 473 sider |
Inni boken
Resultat 1-5 av 41
Side v
... limits are considered together . The subject of limits is exceedingly interesting in itself , and it was thought best to include in the theory of limits in the second Book every principle required for Plane and Solid Geometry . When the ...
... limits are considered together . The subject of limits is exceedingly interesting in itself , and it was thought best to include in the theory of limits in the second Book every principle required for Plane and Solid Geometry . When the ...
Side vi
... limit ; if , however , x decreases and approaches zero as a limit , the area of the rectangle decreases and approaches zero as a limit . 33 333 3333 An arithmetical illustration of this truth may be given by multiplying the approximate ...
... limit ; if , however , x decreases and approaches zero as a limit , the area of the rectangle decreases and approaches zero as a limit . 33 333 3333 An arithmetical illustration of this truth may be given by multiplying the approximate ...
Side viii
... LIMITS MEASURE OF ANGLES . EXERCISES PROBLEMS OF CONSTRUCTION SOLUTION OF PROBLEMS PAGE • 75 77 93 100 . 108 112 • . 127 129 EXERCISES . BOOK III . PROPORTION . SIMILAR POLYGONS . THEORY OF PROPORTION SIMILAR POLYGONS 135 148 EXERCISES ...
... LIMITS MEASURE OF ANGLES . EXERCISES PROBLEMS OF CONSTRUCTION SOLUTION OF PROBLEMS PAGE • 75 77 93 100 . 108 112 • . 127 129 EXERCISES . BOOK III . PROPORTION . SIMILAR POLYGONS . THEORY OF PROPORTION SIMILAR POLYGONS 135 148 EXERCISES ...
Side 93
... limit of the variable , and the variable is said to approach the constant as its limit . 272. Suppose a point to move from A toward B THEORY OF LIMITS . 93 THEORY OF LIMITS.
... limit of the variable , and the variable is said to approach the constant as its limit . 272. Suppose a point to move from A toward B THEORY OF LIMITS . 93 THEORY OF LIMITS.
Side 94
... limit ; and the distance from the moving point to B is a decreasing variable , which indefinitely approaches the constant zero as its limit . 273. Again , suppose a square ABCD inscribed in a circle , and E , F , H , K the middle points ...
... limit ; and the distance from the moving point to B is a decreasing variable , which indefinitely approaches the constant zero as its limit . 273. Again , suppose a square ABCD inscribed in a circle , and E , F , H , K the middle points ...
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Vanlige uttrykk og setninger
AB² ABCDE AC² altitude apothem axis bisector bisects called centre chord circumference circumscribed coincide common construct curve denote diagonals diameter dihedral angles distance divided draw ellipse equidistant equilateral triangle equivalent face angles feet Find the area Find the locus frustum given circle given line given point given straight line given triangle greater Hence homologous homologous sides hypotenuse inches intersection lateral area lateral edges length limit middle point number of sides parallel planes parallelogram parallelopiped perimeter perpendicular plane MN polyhedral angle polyhedron prism prismatoid Proof prove Q. E. D. PROPOSITION radii radius ratio rectangle regular polygon regular pyramid respectively right angle right circular right triangle secant segments similar slant height sphere spherical polygon spherical triangle square surface tangent tetrahedron THEOREM trapezoid triangle ABC triangular prism trihedral vertex vertices