2594 results in Practical and Amateur Astronomy
PCOMET: finds the position of a comet from parabolic elements
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- 29 June 1990, pp 210-216
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HRANG: converts between right ascension and hour angle
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- 29 June 1990, pp 44-50
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JULDAY: calendar date to Julian day number since 1900 January 0.5
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- 29 June 1990, pp 15-20
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Index
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- 29 June 1990, pp 253-258
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RELEM: converts elliptic orbital elements from one epoch to another
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- 29 June 1990, pp 205-209
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Using your personal computer for astronomy
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- 29 June 1990, pp 1-6
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PLANS: finds the position of a planet
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- 29 June 1990, pp 137-153
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SUNRS: finds the circumstances of sunrise and sunset
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- 29 June 1990, pp 123-130
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ELOSC: finds positions from osculating elliptical elements
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- 29 June 1990, pp 197-204
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List of variables
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- 29 June 1990, pp 240-251
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EQHOR: converts between equatorial and horizon coordinates
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- 29 June 1990, pp 37-43
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Preface
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- 29 June 1990, pp ix-x
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![](https://assets.cambridge.org/97805213/89952/cover/9780521389952.jpg)
Astronomy with your Personal Computer
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EQECL: converts between equatorial and ecliptic coordinates
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- 29 June 1990, pp 59-64
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MOONNF: finds the times of new and full moon
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- 29 June 1990, pp 172-176
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DEFAULT: default value input routnine & YESNO: ‘Y’ or ‘N’ input routine
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- 29 June 1990, pp 7-9
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CALDAY: Julian day number since 1900 January 0.5 to calendar date
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- 29 June 1990, pp 21-28
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SUN: finds the ecliptic coordinates of the Sun
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- 29 June 1990, pp 115-122
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EQGAL: converts between equatorial and galactic coordinates
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- 29 June 1990, pp 65-70
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OBLIQ: calculates the value of the obliquity of the ecliptic
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- 29 June 1990, pp 51-54
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