A Course of Mathematics: Composed for the Use of the Royal Military Academy |
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Page 4
... example has been recomputed ; and the matter has also been subjected to a somewhat different arrangement . The plane ... examples , which , it is hoped , will be highly acceptable and useful to the student . The subject of Mechanics is ...
... example has been recomputed ; and the matter has also been subjected to a somewhat different arrangement . The plane ... examples , which , it is hoped , will be highly acceptable and useful to the student . The subject of Mechanics is ...
Page 7
... EXAMPLES . Express in words the following numbers ; viz . 34 15080 96 72003 180 109026 304 483500 6134 2500639 9028 7523000 13405670 47050023 309025600 4723507689 274856390000 6578600307024 NOTATION is the setting down in figures any ...
... EXAMPLES . Express in words the following numbers ; viz . 34 15080 96 72003 180 109026 304 483500 6134 2500639 9028 7523000 13405670 47050023 309025600 4723507689 274856390000 6578600307024 NOTATION is the setting down in figures any ...
Page 7
... EXAMPLE 1 . 3197 6512 8295 Excess of nines 5 10 10 = 12 | Third Method . Add the figures in the uppermost line together ... EXAMPLES . 2 . 3 . 4 . 12345 12345 12345 67890 67890 876 98765 9876 9087 43210 543 56 12345 21 234 67890 9 1012 ...
... EXAMPLE 1 . 3197 6512 8295 Excess of nines 5 10 10 = 12 | Third Method . Add the figures in the uppermost line together ... EXAMPLES . 2 . 3 . 4 . 12345 12345 12345 67890 67890 876 98765 9876 9087 43210 543 56 12345 21 234 67890 9 1012 ...
Page 8
... EXAMPLE . Multiply 9876543210 By ........ 2 19753086420 Multiplicand . Multiplier . Product . To multiply by a Number consisting of Several Figures . + Set the multiplier below the multiplicand , placing them as in Ad namely , units ...
... EXAMPLE . Multiply 9876543210 By ........ 2 19753086420 Multiplicand . Multiplier . Product . To multiply by a Number consisting of Several Figures . + Set the multiplier below the multiplicand , placing them as in Ad namely , units ...
Page 10
... EXAMPLE . Multiply 9876543210 By ................... 2 Multiplicand . Multiplier . 19753086420 Product . To multiply by a Number consisting of Several Figures . Set the multiplier below the multiplicand , placing them as in Addition ...
... EXAMPLE . Multiply 9876543210 By ................... 2 Multiplicand . Multiplier . 19753086420 Product . To multiply by a Number consisting of Several Figures . Set the multiplier below the multiplicand , placing them as in Addition ...
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Other editions - View all
A Course of Mathematics: Composed for the Use of the Royal Military Academy ... Charles Hutton No preview available - 2015 |
A Course of Mathematics: Composed for the Use of the Royal Military Academy ... Charles Hutton No preview available - 2015 |
Common terms and phrases
algebraic axis bisected called centre ciphers circle circumference coefficients contained Corol cosec cosine cube root curve decimal denominator denotes diameter difference differential co-efficient distance Divide dividend division divisor draw equal EXAMPLES exponent expression extract factors feet figure fraction given number greatest common measure Hence hyperbola inches latus rectum least common multiple logarithm manner monomial multiplied nth root number of terms parallel parallelogram perpendicular plane polynomial positive Prob PROBLEM Prop proportional proposed equation quotient radius ratio rectangle Reduce remainder right angles rule sides sine square root straight line Substituting subtract tangent Taylor's theorem THEOREM triangle ABC unknown quantity VULGAR FRACTIONS whole number yards
Popular passages
Page 338 - EC, have also the same altitude ; and because triangles of the same altitude are to each other as their bases, therefore the triangle ADE : BDE : : AD : DB, and triangle ADE : CDE : : AE : EC.
Page 354 - angle in a segment' is the angle contained by two straight lines drawn from any point in the circumference of the segment, to the extremities of the straight line which is the base of the segment.
Page 332 - Proportion, when the ratio is the same between every two adjacent terms, viz. when the first is to the second, as the second to the third, as the third to the fourth, as the fourth to the fifth, and so on, all in the same common ratio.
Page 17 - OF TIME. 60 Seconds = 1 Minute. 60 Minutes = 1 Hour. 24 Hours = 1 Day. 7 Days = 1 Week. 28 Days = 1 Lunar Month.
Page 344 - CD. conseconsequently the whole polygon, or all the triangles added together which compose it, is equal to the- rectangle of the common altitude CD, and the halves of all the sides, or the half perimeter of the polygon. Now, conceive the number of sides of the polygon to be indefinitely increased ; then will its perimeter coincide with the circumference of the circle, and consequently the altitude CD will become equal to the radius, and the whole polygon equal to the circle. Consequently the space...
Page 303 - The Height or Altitude of a figure is a perpendicular let fall from an angle, or its vertex, to the opposite side, called the base.
Page 26 - Multiply the number in the lowest denomination by the multiplier, and find how many units of the next higher denomination are contained in the product, setting down ,what remains.
Page 62 - From these theorems may readily be found any one of these five parts ; the two extremes, the number of terms, the common difference, and the sum of all the terms, when any three of them are given, as in the following Problems : PROBLEM I.
Page 332 - Proportional, when the ratio of the first to the second, is equal to the ratio of the second to the third.
Page 62 - SUBTRACT the less extreme from the greater, and divide the difference by 1 more than the number of means required to be found...