The most conspicuous planet visible during totality will be Venus (mv = -4.5) located 39° west of the Sun in Virgo. Mars (mv=+1.7) is one and a half degrees west of Venus, but offers a much more difficult target since it will be nearly 500 times fainter. From Zimbabwe, the pair will appear 70° high in the northeast. Compared to Venus, Jupiter (mv = -2.2) is the next brightest planet but it will be located in the northwestern sky 114° away from the Sun. None of these planets will be visible from Australia since they all set hours before totality begins. However, Mercury (mv = -0.6) should be discernible from most places along the eclipse track. The innermost planet lies 11° east of the Sun. Since it is nearly at opposition, Saturn (mv = -0.1) will be below the horizon for most locations along the umbral path.
A number of the bright stars may also be visible during totality. Antares (mv = +1.06) is 5° south of the Sun while Arcturus (mv = -0.05) stands 55° to the northwest. Spica (mv = +0.98) lies 10° west of Venus and Mars. Finally, the great southern stars Alpha (mv = +0.14) and Beta (mv = +0.58) Centauri are 45° south of the Sun. Star visibility requires a very dark and cloud free sky during totality. The following ephemeris [using Bretagnon and Simon, 1986] gives the positions of the naked eye planets during the eclipse. Delta is the distance of the planet from Earth (A.U.'s), App. Mag. is the apparent visual magnitude of the planet, and Solar Elong gives the elongation or angle between the Sun and planet.
For a map of the sky during totality from Australia, see the special web site for the total solar eclipse of 2002 December 4.
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