A Course of Mathematics: Composed for the Use of the Royal Military Academy |
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... Curves . 728 730 Problems in Trigonometrical Survey- Method of Limits 749 ing . 613 Infinitesimal method 751 Curves referred to Polar Co - ordinates 755 SPHERICAL TRIGONOMETRY . INTEGRAL CALCULUS . Fundamental Formula Napier's Circular ...
... Curves . 728 730 Problems in Trigonometrical Survey- Method of Limits 749 ing . 613 Infinitesimal method 751 Curves referred to Polar Co - ordinates 755 SPHERICAL TRIGONOMETRY . INTEGRAL CALCULUS . Fundamental Formula Napier's Circular ...
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... Curves , and the Surfaces and Volumes of Solids of Revolution . 796 MECHANICS - STATICAL PART . and Gyration 861 Ballistic Pendulum 866 MISCELLANEOUS SUBJECTS . Hydrostatics • Definitions & Fundamental Notions 803 Specific Gravity ...
... Curves , and the Surfaces and Volumes of Solids of Revolution . 796 MECHANICS - STATICAL PART . and Gyration 861 Ballistic Pendulum 866 MISCELLANEOUS SUBJECTS . Hydrostatics • Definitions & Fundamental Notions 803 Specific Gravity ...
Page 13
... curve line ; as to divide 12 by 4 , the quotient is 3 , Divisor . Dividend . Quotient . 4 ) 12 ( 3 showing that the number 4 is 3 times contained in 12 , or may be three times subtracted out of it , as in the margin . * Rule . — Having ...
... curve line ; as to divide 12 by 4 , the quotient is 3 , Divisor . Dividend . Quotient . 4 ) 12 ( 3 showing that the number 4 is 3 times contained in 12 , or may be three times subtracted out of it , as in the margin . * Rule . — Having ...
Page 62
... curve line , and also in column ( 1 ) ; then multiply the number in ( 1 ) by the root figure , thus giving the square of the first root figure , and write the result in ( 11 ) ; multiply the number in ( 11 ) by the root figure , thus ...
... curve line , and also in column ( 1 ) ; then multiply the number in ( 1 ) by the root figure , thus giving the square of the first root figure , and write the result in ( 11 ) ; multiply the number in ( 11 ) by the root figure , thus ...
Page 357
... Curve continually changes its direction between its extreme points . 8. Lines are either Parallel , Oblique , Perpendicular , or Tangential . 9. Parallel Lines are always at the same perpendicular dis- tance ; and they never meet ...
... Curve continually changes its direction between its extreme points . 8. Lines are either Parallel , Oblique , Perpendicular , or Tangential . 9. Parallel Lines are always at the same perpendicular dis- tance ; and they never meet ...
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Common terms and phrases
axis become x becomes bisected called centre chord circle circumference co-ordinates Corol cosec cosine curve decimal denominator determine diameter difference differential co-efficient distance Divide divisor draw dx dy dy dx equal EXAMPLES expression feet figure formula fraction function greatest common measure Hence hyperbola inches latus rectum least common multiple logarithm manner monomial multiplied negative nth root opposite P₁ parallel parallelogram perpendicular polynomial positive Prob problem Prop proportional quotient radius ratio rectangle remaining right angles rule sides sine square root straight line Substituting subtract tangent Taylor's theorem THEOREM triangle ABC unknown quantity whence whole number yards