the corona
If there is a total lunar eclipse, everybody sees it as total. If there is a total solar eclipse, only people in a small part of Earth see it as total - most will see it as a partial eclipse, or not at all.
No, only in a very limited area.
The entire area becomes completely dark as a normal solar eclipse woulddo to a certain area.
No. Any single solar eclipse is visible to no more than20% of the Earth's surface. Of this area, the area of total eclipse (if any) is much smaller, about 1/1000th the area of partial eclipse.Any solar eclipse will only be visible to one hemisphere (the one in daylight), and to less than one-quarter of that hemisphere (due to the tilt of the Earth). It is limited in size to the area of the shadow cast by the Moon, as that shadow moves across the spinning Earth. The Moon will not change its position appreciably during the eclipse. Due to variations in the Moon's orbital position, some eclipses may be visible to less than 1% of the globe.The maximum duration of the shadow's crossing is about 5 hours. For any given location, the time any partial shadow lasts is about 2 hours. A total eclipse will have a maximum period of totality of from 1 to 7.5 minutes at any location. (For the August 21, 2017 total eclipse in the US, maximum duration of totality = 2 minutes, 40 seconds.)
I do not see any results for a total eclipse in Indiana since 1900. However, there will be a total eclipse covering much of the state (except the northwest area) on April 8, 2024. If you have a specific city in mind, you can use the NASA Eclipse Explorer to calculate all the eclipses visible since 2000 BC.
It depends on what kind of eclipse you are talking about. If it is a solar eclipse, no. The eclipse covers only part of the Earth, where the moon casts a shadow. and only a fairly small area will experience a total eclipse. A lunar eclipse is visible from anywhere that is facing the moon at the time.
No. The "path of totality", the area affected by a total solar eclipse, is only about 150 miles wide and several thousand miles long. Outside the area of totality, a partial eclipse of the sun is visible for a much wider area, but still not world-wide. For example, the total solar eclipse that will occur on July 22, 2009 will begin in northern India north of Mumbai, and the path of totality will pass through Nepal, Tibet, China (passing over Shanghai) and across the Pacific Ocean nearly to South America, when the eclipse ends.
Those words refer to regions within a shadow. The 'umbra' is the region of total shadow, from within which none of the light source is visible. In the umbra of the moon's shadow, none of the sun is visible, and you're witnessing a 'total' solar eclipse. The penumbra is the area of partial shadow, from within which part but not all of the light source is visible. In the penumbra of the moon's shadow, part but not all of the sun is visible, and you're witnessing a 'partial' solar eclipse.
The next predicted total solar eclipse after August 11, 1999, occurred on December 4, 2002, but it wasn't visible from a wide area. However, a more significant total solar eclipse visible over a larger region occurred on March 29, 2006.
Sorry; the eclipse ended about 45 minutes ago. It was only visible in Asia, along a path from northern India to central China. It was not visible at all from North America. The next total eclipse visible in North America will be on August 21, 2017, along a track from Portland, OR to Charleston, SC.
When it occurs, a solar eclipse is visible over only a portion of the earth. In order to see it, you must stand: -- at a place on earth where the eclipse will be visible, -- outdoors -- in the daytime, i.e. between the hours of sunrise and sunset
No, the umbra is the central, darkest part of a shadow where the light source is completely blocked. In the case of an eclipse, the umbra refers to the region of total darkness where the light source is completely obscured, such as during a total solar eclipse.