A Course of Mathematics: Composed for the Use of the Royal Military Academy |
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Page 13
... join on the right of the remainder . - Divide this number , so increased , in the same manner as before ; and so on till all the figures are brought down and used . 12 ― 4 subtr . 8 4 subtr . 4 4 subtr . N. B. If it be necessary to ...
... join on the right of the remainder . - Divide this number , so increased , in the same manner as before ; and so on till all the figures are brought down and used . 12 ― 4 subtr . 8 4 subtr . 4 4 subtr . N. B. If it be necessary to ...
Page 14
... join their corps in 18 days ; what number of miles must they march each day to obey their orders ? Ans . 21 . 13. The annual revenue of a gentleman being 379601 ; how much a day is that equivalent to , there being 365 days in the year ...
... join their corps in 18 days ; what number of miles must they march each day to obey their orders ? Ans . 21 . 13. The annual revenue of a gentleman being 379601 ; how much a day is that equivalent to , there being 365 days in the year ...
Page 267
... joins two lights of different intensities , a point which is illuminated equally by each . P3 A P1 B Pa ( It is a principle in Optics that the intensities of the same light at different distances are inversely as the squares of the ...
... joins two lights of different intensities , a point which is illuminated equally by each . P3 A P1 B Pa ( It is a principle in Optics that the intensities of the same light at different distances are inversely as the squares of the ...
Page 359
... joining any two opposite angles of a quadrilateral . 40. Plane figures that have more than four sides are , in general , called Polygons ; and they receive other particular names , according to the number of their sides or angles . Thus ...
... joining any two opposite angles of a quadrilateral . 40. Plane figures that have more than four sides are , in general , called Polygons ; and they receive other particular names , according to the number of their sides or angles . Thus ...
Page 363
... join DC , dividing the whole triangle into the two triangles ACD , BCD . Also conceive the triangle ACD to be turned over upon the triangle BCD , so that AD may fall on BD . A C D B Then , because the line AD is equal to the line DB ...
... join DC , dividing the whole triangle into the two triangles ACD , BCD . Also conceive the triangle ACD to be turned over upon the triangle BCD , so that AD may fall on BD . A C D B Then , because the line AD is equal to the line DB ...
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Common terms and phrases
algebraic axis bisected called centre circle circumference coefficient contained Corol cosec cosine cube root curve decimal denominator denote diameter difference differential co-efficient distance Divide dividend division divisor draw dy dx equal EXAMPLES exponent expression extract factors feet figure fraction given number greater greatest common measure Hence hyperbola inches latus rectum least common multiple logarithm manner monomial multiply negative 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 unknown quantity VULGAR FRACTIONS whole number yards