A Course of Mathematics ...: Composed for the Use of the Royal Military Academy ...F. C. and J. Rivington, 1811 - Mathematics |
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... Beams or Bars of Timber and Metal Centres of Percussion , Oscillation , and Gyration 43 53 81 90 93 97 106 115 129 · 137 141 • 148 • 160 164 · 174 189 201 212 Of Hydrostatics Of Hydraulics Of Pneumatics · 221 232 · • 237 Of the Syphon ...
... Beams or Bars of Timber and Metal Centres of Percussion , Oscillation , and Gyration 43 53 81 90 93 97 106 115 129 · 137 141 • 148 • 160 164 · 174 189 201 212 Of Hydrostatics Of Hydraulics Of Pneumatics · 221 232 · • 237 Of the Syphon ...
Page 175
... beam , which serves to raise weights , while it is supported at a point by a fulcrum or prop , which is the centre of motion . The lever is supposed to be void of gravity or weight , to render the demonstrations easier and simpler ...
... beam , which serves to raise weights , while it is supported at a point by a fulcrum or prop , which is the centre of motion . The lever is supposed to be void of gravity or weight , to render the demonstrations easier and simpler ...
Page 178
... beam , A , B , C , should be in a straight line : 2d , That the arms AB , BC , be of an equal length : 3d , That the centre of gravity be in the centre of motion B or a little below it : 4th , That they be in equilibrio when empty : 5th ...
... beam , A , B , C , should be in a straight line : 2d , That the arms AB , BC , be of an equal length : 3d , That the centre of gravity be in the centre of motion B or a little below it : 4th , That they be in equilibrio when empty : 5th ...
Page 179
... beam , marking it with a cipher 0. Then hang on at A a weight w equal to I , and slide 1 back towards B till they balance each other ; there notch the beam , and mark it with 1. Then make the weight w double of 1 , and sliding 1 back to ...
... beam , marking it with a cipher 0. Then hang on at A a weight w equal to I , and slide 1 back towards B till they balance each other ; there notch the beam , and mark it with 1. Then make the weight w double of 1 , and sliding 1 back to ...
Page 196
... beams and bars of timber and metal , & c . PROPOSITION XLV . 233. To determine the Force with which a Bank of Earth , or such like , presses against a Wall , and the Dimensions of the Wall necessary to Support it . LET ACDE be a ...
... beams and bars of timber and metal , & c . PROPOSITION XLV . 233. To determine the Force with which a Bank of Earth , or such like , presses against a Wall , and the Dimensions of the Wall necessary to Support it . LET ACDE be a ...
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A Course of Mathematics ...: Composed for the Use of the Royal Military Academy Charles Hutton,Olinthus Gregory No preview available - 2016 |
Common terms and phrases
absciss altitude angle avoirdupois axis ball base body bottom breadth CA² CD² centre of gravity circle circumference column common logarithm cone consequently constant Corol cosine cube cubic cubic foot curvature curve cycloid cylinder DE² denote density descending diameter direction distance divided draw drawn earth ellipse equal equation figure find the area find the fluent fluent of EXAM fluid foot force frustum given fluxion Hence hyperbola inches inclined plane length logarithm measure motion moving multiply nearly ordinate parabola parallel parallelogram pendulum perpendicular pressure PROBLEM proportion PROPOSITION QUEST quicksilver radius radius of curvature ratio rectangle resistance SCHOLIUM secant side sine solid space specific gravity square supposing surface tangent theor THEOREM theref thickness triangle velocity vibration weight whole yards
Popular passages
Page 64 - 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 1 - Geom.) is an arc of any circle contained between the two lines which form that angle, the angular point being the centre ; and it is •estimated by the number of degrees contained in that arc.
Page 171 - Half the Length of the Pendulum, as the Circumference of a Circle is to its Diameter...
Page 227 - Hence the magnitude of the whole body, is to the magnitude of the part immersed, as the specific gravity of the fluid, is to that of the body.
Page 13 - 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 88 - GLAZIERS' WORK. — Glaziers take their dimensions either in feet, inches, and parts ; or feet, tenths, and hundredths. And they compute their work in square feet. In taking the length and breadth of a window, the cross bars between the squares are included. Also, windows of round or oval forms are measured as square, measuring them to their greatest length and breadth, on account of the waste in cutting the glass.
Page 44 - Ex. 2. To find the whole surface of a triangular prism, whose length is 20 feet, and each side of its end or base 18 inches.
Page 11 - DF; that is, as the sum of the sides is to the difference of the sides, so is the tangent of half the sum of the opposite angles, to the tangent of half their difference.
Page 22 - A ladder 40 feet long may be so placed that it shall reach a window 33 feet from the ground on one side of the street, and by turning it over, without moving the foot out of its place, it will do the same by a window 21 feet high on the other side. Required the breadth of the street.
Page 87 - Required the quantity of plastering in a room, the length being 14 feet 5 inches, breadth 13 feet 2 inches, and height 9 feet 3 inches to the under side of the cornice, which girts...