Plane and Solid Geometry: To which is Added Plane and Spherical Trigonometry and Mensuration. Accompanied with All the Necessary Logarithmic and Trigonometric Tables |
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Page 17
... denote by the capital letters A , B , C , etc. , while their corresponding in- terior angles are denoted by the small let- G D F / f 9 a d C C b B A ters a , b , c , etc. Now any exterior angle , together with its ad- jacent interior ...
... denote by the capital letters A , B , C , etc. , while their corresponding in- terior angles are denoted by the small let- G D F / f 9 a d C C b B A ters a , b , c , etc. Now any exterior angle , together with its ad- jacent interior ...
Page 59
... denote the greater radius by R , the less radius by R ' , and the distance between their centres by D , we shall have , when the circles are exterior , D > R + R ' , and when they are interior - that is , when the one is wholly within ...
... denote the greater radius by R , the less radius by R ' , and the distance between their centres by D , we shall have , when the circles are exterior , D > R + R ' , and when they are interior - that is , when the one is wholly within ...
Page 91
... denote the linear units in the base and altitude respectively . This measure , however , is not absolute , but only relative . It supposes that the area of any other rectangle is estimated in a similar manner , by measuring its sides by ...
... denote the linear units in the base and altitude respectively . This measure , however , is not absolute , but only relative . It supposes that the area of any other rectangle is estimated in a similar manner , by measuring its sides by ...
Page 92
... denote the product of two unequal numbers ; but we use the term square to denote the product of a number multiplied by itself . The squares of the numbers 1 , 2 , 3 , etc. , are 1 , 4 , 9 , etc. From which we see that the square formed ...
... denote the product of two unequal numbers ; but we use the term square to denote the product of a number multiplied by itself . The squares of the numbers 1 , 2 , 3 , etc. , are 1 , 4 , 9 , etc. From which we see that the square formed ...
Page 105
... denote the three sides BC , AC , AB of the triangle ABC , and R the radius of its circumscribing circle . Draw the diameter COC ' = 2R , also the supplementary chords AC ' , BC ' . Now the inscribed quadrilateral ACBC ' will give AB ...
... denote the three sides BC , AC , AB of the triangle ABC , and R the radius of its circumscribing circle . Draw the diameter COC ' = 2R , also the supplementary chords AC ' , BC ' . Now the inscribed quadrilateral ACBC ' will give AB ...
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Common terms and phrases
ABē ABCD altitude angles equal apothem base bisecting centre chord circle circumference circumscribed circle circumscribed polygon cone consequently corresponding cosec Cosine Cotang cubic cylinder decimal denote diameter dicular distance divided draw drawn equally distant equation exterior angles feet figure frustum GEOMETRY given angle given line gives greater half hence homologous hypotenuse inches included angle intersection logarithm measure middle point multiplied number of sides opposite parallel parallelogram parallelopipedon pendicular perimeter perpen perpendicular plane MN polyedral angle polyedron prism PROBLEM proportion pyramid quadrant quadrilateral radii radius ratio rectangle regular polygon respectively equal right angles right-angled triangle Scholium secant similar similar triangles Sine slant height solid sphere spherical triangle square straight line subtract suppose surface Tang Tangent THEOREM three sides triangle ABC volume