FIGURE 5 Hybrid Solar Eclipse of 2013 Nov 03 Ecliptic Conjunction = 12:51:04.1 TD ( = 12:49:57.0 UT ) Greatest Eclipse = 12:47:35.7 TD ( = 12:46:28.6 UT ) Eclipse Magnitude = 1.0159

Source URL: eclipse.gsfc.nasa.gov

• Saros
• Science
• Eclipses
• Solar eclipse of July 22

Table 3 – Path of the Umbral Shadow For the Total Solar Eclipse of 2009 July 22 Northern Limit ——————————————— Lat. Long.

Source URL: eclipse.gsfc.nasa.gov

• Cardinal direction
• Orientation

PDF Document

Source URL: eclipse.gsfc.nasa.gov

• Solar eclipse of July 22
• Mbuji-Mayi
• 14120 Espenak
• Fred Espenak
• Solar eclipse of March 29

4 SOLAR AND LUNAR ECLIPSES Partial Eclipse of the Moon P4

Source URL: www.willbell.com

Table 1 Path of the Antumbral Shadow of the Annular Solar Eclipse of 2012 May 20 Universal Northern Limit Southern Limit Central Line

Source URL: eclipse.gsfc.nasa.gov

Table 5 Local Circumstances for Total Solar Eclipse of 2008 August 01 Country/Region City

Source URL: eclipse.gsfc.nasa.gov

• Solar eclipse of March 29
• Solar eclipse
• Celebrity Eclipse
• Astronomy
• Eclipses
• Fred Espenak
• 14120 Espenak

Figure 6: Path of Total Solar Eclipse of 2009 Jul 22 Through Asia Ulaanbaatar[removed]Harbin

Source URL: eclipse.gsfc.nasa.gov

Table 4 - Local Circumstances for the Total Solar Eclipse of 2009 July 22 Location Afghanistan Kabul Bangladesh Dacca

Source URL: eclipse.gsfc.nasa.gov

Solar Eclipses Notice that both the Sun and the Moon appear in the sky to be about the same size: half of a degree. You can figure this out yourself, because the system has scaled itself. The Sun is around 400 times the

Source URL: hea-www.harvard.edu

• Space
• Solar eclipse
• Lunar eclipse
• Full moon
• Moon
• Sun
• Saros
• Lunar phase
• Astrology
• Astronomy
• Eclipses

Figure 2: Path of Annular Solar Eclipse of 2009 Jan 26 Through Indonesia 0.6 Philippines Ma

Source URL: eclipse.gsfc.nasa.gov