## A Practical System of Mensuration of Superficies and Solids ... |

### From inside the book

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**axes**are 16 and 12 ? Ans . 150.79 . PROBLEM XV . To find the Circumference of an Ellipse . ART . 31. Rule . - Square the two**axes**, and multiply the square root of half their sum by 3.14159 ; the product will be the circumference ... Page 57

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**axes**are 25 and 35 ? Ans . 162.03 . Ex . 2. What is the area of an elliptic segment , cut off parallel to the longer axis ; whose height is 5 and the**axes**25 and 35 ? Ans . 97.84 . PROBLEM XVII . To find the area of a Parabola . ART ... Page 80

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**axes**; as , AB or CD ( fig . 6. ) A 18. A Cylindrical Ring is a solid formed by bending a cylinder , as a cy- lindrical bar of iron , until the two ends meet each other ; thus , m , o , n , ( fig . 7 ) is a cylindrical ring . 6 D 7 B ... Page 92

... 100 , and revolving axis 6 feet ? Ans . 1884.96 . Ex . 2. What is the solidity of an oblate spheroid whose

... 100 , and revolving axis 6 feet ? Ans . 1884.96 . Ex . 2. What is the solidity of an oblate spheroid whose

**axes**are 20 and 10 ? Ans . 2094.4 . Ex . 3. What is the solidity of an oblate. 92 MENSURATION To find the Solidity of a Spheroid, Page 93

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**axes**are 36 and 28 ? PROBLEM XII . To find the Convex Surface of a Cylindrical Ring . ART . 63. Rule . - To the thickness of the ring , add the inner diameter ; then multiply this sum by the thickness , and the product by 9.8696 ( which ...### Other editions - View all

A Practical System of Mensuration of Superficies and Solids: Designed ... J. M. Scribner No preview available - 2017 |

A Practical System of Mensuration of Superficies and Solids J. M. Scribner No preview available - 2022 |

A Practical System of Mensuration of Superficies and Solids: Designed ... J. M. Scribner No preview available - 2017 |

### Common terms and phrases

12 feet 18 inches 20 feet 9 feet ABCD ABFD assumed cube avoirdupois axis base 26 breadth centre chord circle whose diameter Circular Sector circular segment circumfer circumference circumscribed contained convex surface Cube Root cubic feet cubic ft cubic inches cylinder cylindrical ring decimal diff divide the product ellipse ends entire surface equal extract the square feet 6 inches feet long find the area find the Solidity frustrum gallon half hypotenuse inner diameter inscribed square lateral surface length miles multiply the sum Nonagon number of degrees number of sides number of square OPERATION parabola parallel sides parallelogram pentagonal pyramid perpendicular distance perpendicular height plane prism PROBLEM radius regular pentagonal regular Polygon Required the area Required the solidity rhombus right angled triangle Rule Rule.-I slant height solid contents sphere spherical segment spheroid square feet square rods square root square yards thickness trapezium zoid zone

### Popular passages

Page 53 - RULE. Find the area of the sector which has the same arc, and also the area of the triangle formed by the chord of the segment and the radii of the sector. Then...

Page 35 - Now, since the areas of similar polygons are to each other as the squares of their homologous sides...

Page 79 - A sphere is a solid terminated by a curved surface, all the points of which are equally distant from a point within called the centre.

Page 80 - A zone is a portion of the surface of a sphere included between two parallel planes.

Page 90 - ... to three times the square of the radius of the segment's base, add the square of its height ; then multiply the sum by the height, and the product by .5236 for the contents.

Page 49 - From 8 times the chord of half the arc subtract the chord of the whole arc, and ' of the remainder will be the length of the arc nearly.

Page 72 - RULE.* To the sum of the areas of the two ends add four times the area of a section parallel to and equally distant from both ends, and this last sum multiplied by £ of the height will give the solidity.

Page 51 - As 360 degrees is to the number of degrees in the arc of the sector, so is the area of the circle to the area of the sector.

Page 91 - From three times the diameter of the sphere subtract twice the height of the segment; multiply this remainder by the square of the height and the product by 0.5236.

Page 39 - A Circle is a plane figure bounded by a curve line, called the Circumference, which is everywhere equidistant from a certain point within, called its Centre.