Mathematics: Compiled from the Best Authors and Intended to be the Text-book of the Course of Private Lectures on These Sciences in the University at Cambridge, Volume 2Printed at the University Press, by WilliamHilliard, 1801 - Mathematics |
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Page 7
... Spindle • · 112-115 116-119 Regular Bodies Cylindrical Ring Spheroid Elliptic Spindle 121 123-124 • 125 132-133 Parabolic Conoid . 135 Parabolic Spindle · 137 138 Miscellaneous Questions Table of the areas of circular segments GAUGING ...
... Spindle • · 112-115 116-119 Regular Bodies Cylindrical Ring Spheroid Elliptic Spindle 121 123-124 • 125 132-133 Parabolic Conoid . 135 Parabolic Spindle · 137 138 Miscellaneous Questions Table of the areas of circular segments GAUGING ...
Page 94
... spindle is a solid , generated by the revolution of a segment of a circle about its chord , which remains fixed . 18 ... spindle is formed by any of the three conic sec- tions , revolving about a double ordinate , like the circular ...
... spindle is a solid , generated by the revolution of a segment of a circle about its chord , which remains fixed . 18 ... spindle is formed by any of the three conic sec- tions , revolving about a double ordinate , like the circular ...
Page 116
... spindle . RULE . Multiply the length AB of the spindle by the radius OC of the revolving arc . Multiply also the said arc ACB by the central distance OE , or distance between the centre of the spindle and centre of the revolving arc ...
... spindle . RULE . Multiply the length AB of the spindle by the radius OC of the revolving arc . Multiply also the said arc ACB by the central distance OE , or distance between the centre of the spindle and centre of the revolving arc ...
Page 117
... 22666 3281 226 answer nearly . 2. What is the surface of a circular spindle , whose length is 24 , and thickness in the middle 18 ? ' Ans . 1177 4485 . PROBLEM • PROBLEM XVI . To find the solidity of a MENSURATION OF SOLIDS . ་ ་ 7.
... 22666 3281 226 answer nearly . 2. What is the surface of a circular spindle , whose length is 24 , and thickness in the middle 18 ? ' Ans . 1177 4485 . PROBLEM • PROBLEM XVI . To find the solidity of a MENSURATION OF SOLIDS . ་ ་ 7.
Page 118
... spindle . RULE . Multiply the central distance OE by half the area of the revolving segment ACBEA . Subtract the product from of the cube of AE , half the length of the spindle . Then multiply the remainder by 12'5664 , or 4 times 31416 ...
... spindle . RULE . Multiply the central distance OE by half the area of the revolving segment ACBEA . Subtract the product from of the cube of AE , half the length of the spindle . Then multiply the remainder by 12'5664 , or 4 times 31416 ...
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Common terms and phrases
abscisses ADBA altitude angle answer axes axis azimuth base breadth bung diameter cask centre chord circumference cone conjugate cosine course curve declination departure dial diff difference of latitude difference of longitude distance divided draw drawn ecliptic ellipse equal equinoctial EXAMPLES feet figure find the area find the solidity frustum given head diameter height Hence horizon hour angle hour lines hyperbola hypotenuse intersection latit measure meridian middle latitude miles multiply the sum NOTE oblique circle opposite ordinate parabola parallel of latitude parallel sailing parallelogram perpendicular plane sailing pole primitive PROBLEM PROBLEM projection proportion quadrant radius rectangle Required the area Required the content right ascension right line RULE secant segment side sphere spherical triangle spindle square star station stile subtract sun's tance tang tangent THEOREM transverse trapezium triangle ABC ullage wine gallons yards
Popular passages
Page 21 - As the base or sum of the segments Is to the sum of the other two sides, So is the difference of those sides To the difference of the segments of the base.
Page 17 - To find the other side: — as the sum of the two given sides is to their difference, so is the tangent of half the sum of their opposite angles to the tangent of half their difference...
Page 83 - A sphere is a solid bounded by a curved surface, every point of which is equally distant from a point within called the center.
Page 328 - The conjugate to any diameter is the line drawn through the centre, and parallel to the tangent of the curve at the vertex of the diameter. So...
Page 28 - But if the hypothenuse be made radius -, then each leg "will represent the sine of its opposite angle ; namely, the leg AB the sine of the arc AE or angle c, and the leg BC the sine of the arc CD or angle A.
Page 83 - The axis of a solid is a line drawn from the middle of one end to the middle of the opposite end ; as between the opposite ends of a prism.
Page 83 - The sphere may be conceived to be formed by the revolution of a semicircle about its diameter, which remains fixed.
Page 130 - Between these, in a right line, stands an ancient statue, the head whereof is 97 feet from the summit of the higher, and 86 feet from the top of the lower column, and the distance between the...
Page 205 - All the interior angles of any rectilineal figure, together with four right angles, are equal to twice as many right angles as the figure has sides.
Page 38 - Multiply the sum of the two parallel sides by the perpendicular distance between them, and half the product will be the area.