The saros cycle is on third of a day longer than 18 years 11 days. When the eclipse happens again, Earth will have rotated one-third of a turn farther east, and the eclipse will occur one-third of the way westward around Earth
Yes
It depends on the time of day, and year, and solar cycle. Its never the same exact point. In a total eclipse, the photosphere (and everything inside that, such as the core) is blocked by the moon but the corona is visible.
It is when the moon pases directly behind earth and into its shadow.
Total Lunar EclipseTotal Lunar Eclipse- When the entire Moon passes through Earth's umbral shadow. Some details:The moon has no light of its own, it shines by the sunlight that is reflected off its surface.The Moon orbits the Earth about once every 29.5 days. As it circles our planet, the changing position of the Moon with respect to the Sun causes our natural satellite to cycle through a series of phases:New Moon > New Crescent > First Quarter > Waxing Gibbous> Full Moon > Waning Gibbous > Last Quarter > Old Crescent > New MoonAn eclipse of the Moon (or lunar eclipse) can only occur at Full Moon, if the Moon passes through some portion of Earth's shadow....(From- MrEclipse.com- click on link below)There are three major types of lunar eclipses:Penumbral Lunar Eclipse-The Moon passes through Earth's penumbral shadow.Partial Lunar Eclips-A portion of the Moon passes through Earth's umbral shadow.You are in a total lunar eclipse when from your point of view the moon totally blocks out the sun.
Interphase
Quick answer: Over the course of a lunar cycle, you are observing the lunar day (exactly equal to the length of a lunar cycle of phases) unfolding on the moon's surface. [Some wrongly believe that the changing appearance of the moon has something to do with the earth's shadow on the moon; it does not. The earth's shadow is involved only during a lunar eclipse.]
Actually, it is pretty much the same from one Saros cycle to the next. Because of the way that the Earth orbits the Sun and spins on its axis, the pattern isn't from one eclipse to the next; it is far more complex. The cycle is called the Saros Cycle, and can (fairly accurately) show the similarities between a series of eclipses.
The Saros cycle is an eclipse cycle with a period of about 18 years 11 days 8 hours (approximately 6585â…“ days) that can be used to predict eclipses of the Sun and Moon. One cycle after an eclipse, the Sun, Earth, and Moon return to approximately the same relative geometry, and a nearly identical eclipse will occur west of the original location.
No. The water cycle is powered by the sun and it works non-stop day and night no matter what location the earth is in.
Predict when an eclipse would happen, but not necessarily what type and where it would be visible. The Saros is a cycle of 18 years & 11 days; that is, the Metonic Cycle less twelve lunar months. It is composed of the Venus cycle, the anomalistic cycle [ the Moon's rotation around the Earth], the Draconic Cycle & the Soli-lunar cycle, The last two deal with eclipses. It is also handy for predicting tides.
If the orbit of the Moon was level with the orbit of the Earth around the Sun, there would be a solar eclipse at every new moon, and a lunar eclipse at every full moon.
We have. It's scientific name is Luna (hence lunar landings, lunar cycle, lunar eclipse).
The moon does not change (much). What an observer on Earth sees changes as the Moon orbits the Earth and the Earth/Moon system orbits the Sun much more slowly is the illuminated portion of the moon growing (covering more and more of the visible portion of the Moon) and when the Moon is full, the Sun Earth and Moon are more or less in line (if they were exactly in line it would be a lunar eclipse - which does happen a few times each year). Then as the Moon continues to rotate around the Earth, night after night, less and less of the illuminated portion is visible to the observer on Earth.
It depends on the time of day, and year, and solar cycle. Its never the same exact point. In a total eclipse, the photosphere (and everything inside that, such as the core) is blocked by the moon but the corona is visible.
The four main phases of the lunar cycle are the New Moon (which is not visible except during an eclipse), First Quarter (waxing half moon), Full Moon (all of which is visible) and Third Quarter (waning half moon). The moon phases in between the four main phases are the crescent and gibbous phases.
During Prophase
The Dark Moon, sometimes call "New Moon" is the phase of the moon where it is between the Earth and the Sun and cannot be seen.
not a total eclipse, a partial eclipse occurs.