A Concise System of Mathematics ... |
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Page 11
... SPECIFIC GRAVITY , .243 TABLE OF SPECIFIC GRAVITIES , .. ib . TO FIND THE TONNAGE OF A SHIP ,. .247 TO FIND THE WEIGHT OF CATTLE ,. .248 TO FIND THE WEIGHT OF A STACK OF HAY ,. ib . OF BALLS AND SHELLS , ... .249 PILING OF BALLS AND ...
... SPECIFIC GRAVITY , .243 TABLE OF SPECIFIC GRAVITIES , .. ib . TO FIND THE TONNAGE OF A SHIP ,. .247 TO FIND THE WEIGHT OF CATTLE ,. .248 TO FIND THE WEIGHT OF A STACK OF HAY ,. ib . OF BALLS AND SHELLS , ... .249 PILING OF BALLS AND ...
Page 56
Alexander Ingram. and the quantity a , of the mixture , with its specific gravity r ; to find the quantities of the ingredients . ma Ans . x = X T m na and y == X Mn T m - n 11. Given the first distance d , of two moving bodies , and ...
Alexander Ingram. and the quantity a , of the mixture , with its specific gravity r ; to find the quantities of the ingredients . ma Ans . x = X T m na and y == X Mn T m - n 11. Given the first distance d , of two moving bodies , and ...
Page 242
... . Required the quan- Ans . 16.4 gallons be 20 inches , its con Required the ullage . Ans . 2.65 gallons be 34 inches , the wet Required the ullage Ans . 28-6 gallons dr SPECIFIC GRAVITY . THE weight of a cubic foot of 242 GAUGING .
... . Required the quan- Ans . 16.4 gallons be 20 inches , its con Required the ullage . Ans . 2.65 gallons be 34 inches , the wet Required the ullage Ans . 28-6 gallons dr SPECIFIC GRAVITY . THE weight of a cubic foot of 242 GAUGING .
Page 243
Alexander Ingram. SPECIFIC GRAVITY . THE weight of a cubic foot of a body , in proportion to that of cubic foot of water , is called its Specific Gravity . A cubic foot ... SPECIFIC GRAVITY . 243 SPECIFIC GRAVITY, TABLE OF SPECIFIC GRAVITIES,
Alexander Ingram. SPECIFIC GRAVITY . THE weight of a cubic foot of a body , in proportion to that of cubic foot of water , is called its Specific Gravity . A cubic foot ... SPECIFIC GRAVITY . 243 SPECIFIC GRAVITY, TABLE OF SPECIFIC GRAVITIES,
Page 244
... vity , both being in ounces : the quotient is the content in cubic feet . 1. How many cubic inches are in 1 lb. of gunpowder ? Ans . 1728 × 16 ÷ 92230 inches nearly . 245 2. What is the content of a block of 244 SPECIFIC GRAVITY .
... vity , both being in ounces : the quotient is the content in cubic feet . 1. How many cubic inches are in 1 lb. of gunpowder ? Ans . 1728 × 16 ÷ 92230 inches nearly . 245 2. What is the content of a block of 244 SPECIFIC GRAVITY .
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Common terms and phrases
9 inches ABCD angle ABC axes axis balls base breadth cask centre chord circle circumference Cosine Cotang cubic feet cubic inches curve cylinder Degrees depth diagonal diameter difference directrix distance divided divisor draw ellipse equal feet 6 inches feet long field field-book find the area fleur-de-lis fluxion foot frustum Gauge-Points girt given hyperbola hypotenuse imperial gallons inches broad logarithm mean proportional measured multiply opposite parabola parallel perches perpendicular poles PROB PROP quantity quotient radius ratio rectangle Required the area Required the content Required the height right angles right ascension RULE segment side AC solid specific gravity spherical triangle square root square yard station straight line subtract taken Tang tangent Theodolite thickness triangle ABC ullage wet inches
Popular passages
Page 30 - In each succeeding term the coefficient is found by multiplying the coefficient of the preceding term by the exponent of a in that term, and dividing by the number of the preceding term.
Page 19 - Divide the first term of the dividend by the first term of the divisor, and write the result as the first term of the quotient. Multiply the whole divisor by the first term of the quotient, and subtract the product from the dividend.
Page 58 - The sum of any number of terms in arithmetical progression is equal to the sum of the extremes multiplied by half the number of terms.
Page 335 - 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 336 - If two triangles have the three sides of the one equal to the three sides of the other, each to each, the triangles are congruent.
Page 19 - Powers of the same quantity are divided by subtracting the exponent of the divisor from that of the dividend ; the remainder is the exponent of the quotient.
Page 58 - In any series of numbers in arithmetical progression, the sum of the two extremes is equal to the sum of any two terms equally distant from them; as in the latter of the above series 6 + 1=4+3, and =5+2.
Page 13 - C, indicates that the sum of A and B is to be multiplied by C ; and (A + B) -=- C, indicates that the sum of A and B is to be divided by C.
Page 130 - So IS THE AREA OF THE CIRCLE, TO THE AREA OF THE SECTOR.
Page 141 - ... containing ten pounds avoirdupois weight of distilled water, weighed in air, at the temperature of 62...