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Watson, James C. (James Craig), 1838-1880. | Theoretical astronomy, relating to the motions of the heavenly bodies
VIAF ID: 313836599
(
Unknown Name Type
)
Permalink: http://viaf.org/viaf/313836599
4xx's: Alternate Name Forms (18)
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motion of the heavenly bodies revolving around the sun in accordance with the law of universal gravitation, embracing a systematic derivation of the formulae for the calculation of the geocentric and heliocentric places, for the determination of the orbits of planets and comets, for the correction of approximate elements, and for the computation of special perturbations; together with the theory of the combination of observations and the method of least squares. With numerical examples and auxiliary tables
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving around the Sun in accordence with the law of universal gravitation
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving around the sun : in accordance with the law of universal gravitation ; embracing a systematic derivation of the formulae for the calculation of the geocentric and heliocentric places for the determination of the orbits of planets and comets
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving around the sun in accordance with the law of universal gravitation : embracing a systematic derivation of the formulæ for the calculation of the geocentric and heliocentric places, for the determination of the orbits of planets and comets, for the correction of approximate elements, and for the computation of special perturbations : together with the theory of the combination of observations and the method of least squares
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving around the sun in accordance with the law of universal gravitation embracing ... the formulæ for the calculation of the geocentric and heliocentric places, for the determination of the orbits ..., for the correction of approximate elements, and for the computation of special perturbations; together with the theory of the combination of observations and the method of least squares
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving around the sun in accordance with the law of universal gravitation embracing a systematic derivation of the formulœ for the calculation of the geocentric and heliocentric places, for the determination of the orbits of planets and comets, for the correction of approximate elements, and for the computations of special perturbations; together with the theory of the combination of observations and the method of least squares. With numerical examples and auxiliary tables
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving around the sun in accordance with the law of universal gravitation, embracing a systematic derivation of the formulae for the calculation of the geocentric and heliocentric places ... [for the determination of the orbits of planets and comets, for the correction of approximate elements, and for the computation of special perturbations] together with the theory of the combination of observations and the method of least squares ; With numerical examples and auxiliary tables
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving around the sun in accordance with the law of universal gravitation, embracing a systematic derivation of the formulae for the calculation of the geocentric and heliocentric places, for the determination of the orbits of planets and comets, for the correction of approximate elements, and for the computation of special perturbations ; together with the theory of the combination of observations and the method of least squares. With numerical examples and auxiliary tables. By James C. Watson
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving around the sun in accordance with the law of universal gravitation, embracing a systematic derivation of the formulaeae for the calculation of the geocentric and heliocentric places, for the determination of the orbits of planets and comets, for the correction of approximate elements, and for the computation of special perturbations : together with the theory of the combination of observations and the method of l
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving around the sun in accordance with the law of universal gravitation, embracing a systematic derivation of the formulæ for the calculation of the geometric and heliocentric places, for the determination of the orbits of planets and comets, for the correction of approximate elements, and for the computation of special perturbations : together with the theory of the combination of observations and the method of least squares
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving aroung the sun in accordance with the law of universal gravitation : embracing a systematic derivation of the formulæ for the calculation of the geocentric and heliocentric places, for the determination of the orbits of planets and comets, for the correction of approximate elements, and for the computations of special perturbations : together with the theory of the combination of observations and the method of least squares
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving aroung the sun in accordance with the law of universal gravitation, embracing a systematic derivation of the formulœ for the calculation of the geocentric and heliocentric places, for the determination of the orbits of planets and comets, for the correction of approximate elements, and for the computation of special perturbations; together with the theory of the combination of observations and the method of least squares. With numerical examples and auxiliary tables
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies revolving aroung the sun in accordance with the law of universal gravitation, embracing a systematic derivation of the formulœ for the calculation of the geocentric and heliocentric places, for the determination of the orbits of planets and comets, for the correction of approximate elements, and for the computations of special perturbations; together with the theory of the combination of observations and the method of least squares. With numerical examples and auxiliary tables
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy relating to the motions of the heavenly bodies, with numerical examples and auxiliary tables
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy, relating to the motions of the heavenly bodies revolving around the sun in accordance with the law of universal graviation Embracing a systematic derivation of the formulae for the calculation of the geocentric and heliocentric places
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy, relating to the motions of the heavenly bodies revolving around the sun in accordance with the law of universal gravitation, with numerical examples and auxiliary tables
- 400 1 _
‡a
Watson, James C.
‡q
(James Craig),
‡d
1838-1880.
‡t
Theoretical astronomy,relating to the motions of the heavenly bodies with a new introd. by G.M. Clemence
History of VIAF ID:313836599 (1)
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XR|VIAFWORK123313449
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2015-02-16T15:07:12+00:00 |