Trigonometry: Plane and Spherical; with the Construction and Application of Logarithms. By Thomas Simpson, F.R.S. |
Inni boken
Side 17
Plane and Spherical; with the Construction and Application of Logarithms. By
Thomas Simpson, F.R.S. Thomas Simpson. Prop . 1. which let be denoted by C ;
then ( by Tbeor . 1. p . 13. ) we shall have 2C x sine 1 ' sine o ' = fine 2 ' . 2C x sine
2 ...
Plane and Spherical; with the Construction and Application of Logarithms. By
Thomas Simpson, F.R.S. Thomas Simpson. Prop . 1. which let be denoted by C ;
then ( by Tbeor . 1. p . 13. ) we shall have 2C x sine 1 ' sine o ' = fine 2 ' . 2C x sine
2 ...
Side 28
D 1 B Radius : fine F :: sine CF : sine CE ; that is , Radius : co - sine BA :: co - fine
CB : co - fine AC ( Jee Cor . 4. P. 25. ) 2. E. D.J 1 COROLLARY : Hence , if two
rightangled spherical triangles ABC , CBD have the same perpendicular DBC ,
the ...
D 1 B Radius : fine F :: sine CF : sine CE ; that is , Radius : co - sine BA :: co - fine
CB : co - fine AC ( Jee Cor . 4. P. 25. ) 2. E. D.J 1 COROLLARY : Hence , if two
rightangled spherical triangles ABC , CBD have the same perpendicular DBC ,
the ...
Side 29
Plane and Spherical; with the Construction and Application of Logarithms. By
Thomas Simpson, F.R.S. Thomas Simpson. DEMONSTRATION . Let CEF be as
in the preceding proposition ; then , by Theor . I. Case 1. it will be , radius : sine C
...
Plane and Spherical; with the Construction and Application of Logarithms. By
Thomas Simpson, F.R.S. Thomas Simpson. DEMONSTRATION . Let CEF be as
in the preceding proposition ; then , by Theor . I. Case 1. it will be , radius : sine C
...
Side 30
Hence it follows , that , in right - angled spherical triangles ABC , DBC , having
the same per pendicular BC , the fines of the bases will be to each other ,
inversely , as the tangents of the angles at the bases : For radius : sine AB :: tang .
A : tang ...
Hence it follows , that , in right - angled spherical triangles ABC , DBC , having
the same per pendicular BC , the fines of the bases will be to each other ,
inversely , as the tangents of the angles at the bases : For radius : sine AB :: tang .
A : tang ...
Side 33
( See the preceding figure . ) DEMONSTRATION . It will be ( by Corol . to Theor .
3. ) co - line A : cofine B :: sine ACD : fine BCD ; and therefore , cofine A + co fine
B : co - fine A - Co - fine B :: sine ACD + fine BCD : sine ACD - sine BCD . But B +
...
( See the preceding figure . ) DEMONSTRATION . It will be ( by Corol . to Theor .
3. ) co - line A : cofine B :: sine ACD : fine BCD ; and therefore , cofine A + co fine
B : co - fine A - Co - fine B :: sine ACD + fine BCD : sine ACD - sine BCD . But B +
...
Hva folk mener - Skriv en omtale
Vi har ikke funnet noen omtaler på noen av de vanlige stedene.
Andre utgaver - Vis alle
Trigonometry, Plane and Spherical: With the Construction and Application of ... Thomas Simpson Uten tilgangsbegrensning - 1748 |
Trigonometry, Plane and Spherical;: With the Construction and Application of ... Thomas Simpson Uten tilgangsbegrensning - 1765 |
Trigonometry, Plane and Spherical: With the Construction and Application of ... Thomas Simpson Uten tilgangsbegrensning - 1799 |
Vanlige uttrykk og setninger
added alſo appears arch balf baſe becauſe called caſe chord circle co-f co-fine AC co-tang common complement conſequently COROL COROLLARY demonſtrated determine diameter difference divided drawn Edition equal equal to half evident exceſs extremes fame fides fine fines firſt follows given gives gles great-circles greater half the difference half the ſum Hence hyperbolic logarithm hypothenuſe known laſt logarithm manifeſt meeting method minute Moreover natural Note oppoſite parallel perpendicular plane triangle ABC preceding PROP proportion propoſed radius reſpectively ſame ſecant ſee ſeries ſhall ſides ſince ſine ſum ſuppoſed tang tangent of half Tbeor Theor THEOREM thereof theſe thoſe unity verſed vertical angle whence