Then press ENTERRemove the Stardata disk and insert the Program diskPROG8.TBCPROG7.TBCPROG6.TBCPROG5.TBCPROG4.TBCPROG3.TBCPROG2.TBCPlease make your choice9.......Exit to DOS 8.......Satellites of Jupiter 7.......Moon 6.......Sun 5.......Comets & minor planets4.......Local sky 3.......Eclipses 2.......Planets 1.......Stars Main MenuVulVolVir-8VelUMiUMa50TucTrATriTelTauSexSerSctSclScoSgrSge19.5RetPyxPupPsAPscPicPhePerPegPavOriOphOct-80NorMusMonMicMenLyrLynLupLibLep5.5LMiLeoLac22.5Ind-55Hyi-70HyaHorHerGruGemForEriEquDraDorDelCygCruCrtCrv12.5CrBCrAComCol-30Cir-60ChaCetCep75Cen-40CasCar-65CapCMiCMa-20CVnCncCam70CaeBoo35AurAriAra-50AqlAqr-10Aps-75Ant-35And40 <S>tart <E>xit Pressing 5 will redraw the same map. The names of the constellations can also be added to the maps. 1 2 3 4 5 6 7 8 9 keys:- move around the sky set the Num Lock key to on and use the following120 degrees. The faintest star plotted will be magnitude +4.49. Todeclination of 0.0 degrees, it will plot a star map with a width ofkeys. Starting at the right ascension of 0.0 hours and with aThe star atlas will let you move around the sky by use of the number What will be the width of the map ? What will be the magnitude of the faintest star ? Move <N>orth or <S>outh <F>ix value What will be the Declination for the center of the map ? degrees at the celestial south pole. north pole, zero degrees at the equator, and then onto -90 degrees, it has a value of +90 degrees at the celestial to define the position of a celestial object. Expressed in The Declination or Dec. is one of the two coordinates used Declination Touch the space bar to change the minutes on the clock then <S>et the Time Touch the space bar to change the hours on the clock then <S>et the Time What will be the Right Ascension for the center of the map ? 00.00 and 23.59 hours. is equal to 15 degrees. The R.A. can have any value between equator and is expressed in units of time - one hour is It is the angular distance, measured along the celestial commonly used to define the position of a celestial object. The Right Ascension or R.A. is one of the two coordinates Right Ascension -90-4545-1021-16129768-273062185021925218452210121781960-1-4096-86248-16598-20726-2175821504-767-22271-22528-21759-21757-11005-22016-3275827136421641638920481842150521760-403222001-4093-3269421921234168-213-501-1533-5629-25621761-2813-3837-253560208544464240688288329680480256432224112160641921761282724814432028DecemberNovemberOctoberSeptemberAugustJulyJuneMayAprilMarchFebruaryJanuary2224272623256916756646576366306266236216076055975945905735545515475451253352351451250248647046044443142842642131541240940039538437536536334633933633132131620296287270268252246236231226112152132052001941881861802178174161581481291251171081078887837913655853211831+11581008-59411247+45162041-29372257+28010745-11091325-26251629+07240555-63051226+16300435+08251950-60221403-57140137+05130739+45590516-08120514+38471836+19101415-60501439-52410623-164206451047646673886733078536158605291917142000+25300800-70301330-05600930-45401530+80351130+50500000-65301600-65300200+35301830-47300500+15451015-05301600+10301900-10300000-30301700-30401900-25351945+18300400-65300845-30300740-35452230-30300100+15400600-55300045-50300330+45352300+20401930-65350545+05401745-10600900-90301630-48301230-70300700 00352100-35300530-75301900+35300800+45401530-42301530-20300545-18301030+35301045+15452230+45302120-55300200-70300900-05300300-50351700+30402230-45300700+25300245-30300400-10352115+08301730+65350500-57302045+15302020+37301230-60301145-15301230-20301545+30301900-40301300+20300545-35301500-64301000-80300200-10602200+65301400-45450100+60300930-65302100-18300800+05300700-20301245+40300845+20300400+65300445-40301500+30400550+38300245+25351720-55301945+02352200-10401600-78301000-35300100+4040 Dec. ##.#<N>ame <E>xit <F B E> <F B E> Constellation name and International Astronomical Union abbreviation. 334304273243212181151120905931658697782878 Y/N Turn on or off the sound effects 8.........Exit 7.........Objects & Magnitudes 6.........Deep Sky 5.........Star Atlas 4.........Map The Night Sky 3.........Bright Star Catalogue 2.........21 Brightest stars 1.........The Constellations MINUTES Touch the space bar to change the minutes then <S>et it Never rises at Never sets at Sets at Rises at EastWestSouth0 Please make your choice Spectral type Dec. R.A. Dec. R.A. FfBbEedDlLon <D>eepsky <B>right <S>tars <N>ame <E>xit<D>eepsky <B>right <S>tars <N> <E>xit <D>eepsky <L>ines <B>right <S>tars <N>ame <E>xit<D> <B> <S> <N> <L>ines <E>xit Press the space bar to continue adopted by the International Astronomical Union in 1930. have added to the list. The 88 constellations now in use were offically Ptolemy 90 A.D. - 160 A.D. Since then navigators and celestial mapmakes The constellations derive from the 48 recognized by the Greek astronomer Press any key to continue Diffuse Nebulae Planetary NebulaeGalaxy Open & Globular Cluster Deep Sky Objects O - B A - F - G K - M <0 1 2 3 4 5 Stellar Magnitudes <F>orward <B>ackward <P>lot star <M>ag <E>xit IV Subgiants V Main Sequence VI Subdwarfs Ia - Ib Luminous Supergiants II Bright Giants III Normal Giants 35000 20000 10000 7000 6000 4000 3000 O B A F G K M Principal Spectral Types And Average Surface TemperatureMagnitude Spectral Type Distance l.y. Colour Name R.A. Dec. The 21 Brightest Stars In The Sky Dec. R.A Galaxy Diffuse Nebulae Globular Cluster Open Cluster GalaxyDiffuse NebulaeGlobular ClusterOpen ClusterPlanetary Nebulae <F>orward <B>ackward <P>lot Object <M>ag <E>xit Globular clusters are very densely packed groups of millions of stars.circular clouds. Open star clusters are groups of loosely packed stars.large irregular clouds of dust and gas. Planetary nebulae appear as smalland sizes. Earth is located in the Milky Way Galaxy. Diffuse nebulae areGalaxies are composed of billions of stars,and exist in a variety of shapes Description Catalogue Number Type Right Ascension Declination Deep Sky Objects Working on the constellation names Star Atlas All data for the star map now set degrees toThe range of the field width will beTouch the space bar change the value then <S>et it Magnitude of faintest star plotted will be Press 3 4 or 5 +5.49 +4.49 *+3.49 Degrees +##.##Declination ##.##Right Ascension Southern SkyNorthern Sky Degrees Ss<E>xit to mainmenu00 . 00 Hours Map the night sky 00 deg deg hrs <F>orward <B>ackward <P>lot Constellation <M>ag <E>xit Surface area originally computed in 1935 by A.E.Levin for the B.A.A. Square degrees Order of size Right Ascension Declination Width of map The Constellations cC <M>ove arrow <N>ew page <C>ontinue <E>xit Main Sequence Subgiant Normal Giant Bright Giant Scientific name Common name ClassbfFeEmMpP +:Red Orange Yellow White Blue-White Blue Main Sequence Subgiant Normal Giant Bright Giant Luminous Supergiant <F>orward <B>ackward <P>lot star <M>ag <E>xit The number of stars to magnitude +3.49 is two hundred and eighty five Notes Common Name Scientific name Distance (Light years) Visual magnitude Colour index B - V Colour Right Ascension Declination Class Spectral type Bright Star Catalogue ynNonOFFoffON Main Menu * * * THE NIGHT SKY * * * SGDNGCOCPN Working on the deepsky objects Press spacebar to stop drawing stars Working on the bright stars -STARMAP.DATSTARNUM.DATCONSTEL2.DATBSTAR21.DATBRIGHT3.DATCONSTEL3.DATMAG5.DATDEEPSKY2.DATDEEPSKY.DATYWRBMAG3.DATCONSTEL1.DATThank you Reading datathe Star data disk. Then press ENTER.Remove the Night Sky program disk and insert * The Night Sky * HOME.DAT8
(.txt)