Lunar Eclipses

Well, you can look straight at a full moon without a problem, so looking at part of it isn't a problem. It's not very bright. You can't look straight at the sun, or any part of it, without hurting your eyes, and that's what you're doing if you try to look at a solar eclipse.

A lunar eclipse is caused by the Moon moving into Earth's shadow. This occurs when the Earth is directly between the Sun and the Moon, blocking sunlight from reaching the Moon and causing it to appear darkened or reddish in color.

Typically, lunar eclipses occur once or twice a year.

Because more than half of all lunar eclipses are partial, and because lunar eclipses are visible only from the side of the Earth where the Moon is up, you would generally be able to see a total lunar eclipse every other year or every 3rd year from your location. The rest of the eclipses would be either partial, or not visible from your location.

You can check the NASA Eclipse Web Page to see the catalog of all eclipses from 2000 BCE to 3000 AD at the link below.

I believe it is because of the technology we have this day and age.

It's because a lunar eclipse can be seen from half the Earth, while a solar eclipse only occurs along a relatively narrow track on the Earth's surface. The Moon is too small to eclipse the whole Earth all at once, so although there are as many solar eclipses as lunar, fewer people get to see each one.

there's a tiny eclipse New Years Eve, December 31, 2009. Only a small nip will be taken out of the bottom of the moon between 6:52 and 7:52 PM GMT that New Years Eve. If you miss it, you will not have missed much.

There's a total lunar eclipse the morning of December 21, 2010, but you will not be able to see much of it, especially in southeast England. The total eclipse starts 7:40 a.m., but by that time the sky will already be lightening with the morning, and the totally-eclipsed moon will likely have already faded away into the dawn, the further west you are, the more you'll see before the ghostly moon fades completely.

The same thing happens with the total eclipse of June 15, 2011, and again on December 10, 2011, and again April 15, 2014. England has terrible luck with lunar eclipses for several years to come.

The next total eclipse of the moon in all its glory you'll see in England will be in the pre-dawn hours of September 28, 2015. The next time you'll get a total lunar eclipse in the evening in England will not be until December 20, 2029!

Observing solar and lunar eclipses allows scientists to study the movement and positions of astronomical bodies, understand the Earth's place in the solar system, and gather data on the Sun, Moon, and Earth. It also provides valuable information for predicting future eclipses and understanding celestial phenomena.

Both are totally different events but Some common points are:1. Both are natural.2. In both the events a celestial body becomes invisible.3. Both are special as related to ancient calenders.
Both types of eclipses occur when the Sun, Moon and Earth line up more or less exactly. For a solar eclipse, the Moon is between the Sun and the Earth; for a lunar eclipse, the Earth is between the Sun and the Moon.

Total lunar eclipses occur between 0-3 times per year.

It has to be in new moon.

They happen during, and only during, the new moon. This is because during an eclipse the moon has the sun shining from directly behind it, and it's impossible for us to see any of the side of the moon lit up by the sun from this angle.

A total lunar eclipse can occur during a full moon phase. During this phenomenon, the Earth is positioned directly between the Sun and the Moon, casting a shadow on the Moon and creating the eclipse.

Set up a couple of bright lights close together (no more than a foot or so apart) at one end of a room pointing toward the center. (The rest of the room should be dark.) Place a globe on a table near the other end of the room.

Hold a softball (or other ball about 1/4 the size of the globe) about 2 feet away from the globe. As you move the softball between the lights and the globe, notice that a small area on the globe is shadowed.

As you turn the globe VERY SLOWLY and move the softball SLOWLY, you will note that the shadow moves across the globe.

There is no evidence that eclipses have any physical effect on humans. However, eclipses have always been capable of producing profound psychological effects. For millenia, solar eclipses have been interpreted as portents of doom by virtually every known civilization. These have stimulated responses that run the gamut from human sacrifices to feelings of awe and bewilderment. Although there are no direct physical effects involving known forces, the consequences of the induced human psychological states have led to physical effects. Rahim Bux Ref: http://eclipse99.nasa.gov/pages/faq.html

28 November 2012

25 April 2013

24 May 2013

18 October 2013

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etc.

(Without regard for the type or magnitude of lunar eclipse,

or the area over which it'll be visible.)

This is true. The full moon happens when the Moon is on the opposite side of the Earth from the Sun. Because the Moon's orbit is tilted a little relative to the Earth's, the Moon is usually not EXACTLY on the opposite side of the Earth - but when it is, the Moon orbits right into the Earth's shadow, and we see a lunar eclipse.

A lunar eclipse is when the earth passes between the sun and the moon. A partial eclipse is when the earth and the moon don't exactly line up. The edge of the earth blocks out only part of the moon.

actually a lunar eclipse occurs when the moon passes through the earths shadow

Yes, a lunar eclipse can only occur during a full moon. This phenomenon happens when the Earth comes between the sun and the moon, casting a shadow on the moon. This alignment creates the conditions for a partial or total lunar eclipse.

The total lunar eclipse on February 28, 2008 will last approximately 3 hours and 26 minutes. But why? That is the question. It is because the moon is so far away, that the shadowis so big so it lasts a long time.

Solar eclipses and lunar eclipses both involve the alignment of the Sun, Earth, and Moon. During a solar eclipse, the Moon passes between the Sun and Earth, blocking the Sun's light from reaching Earth. During a lunar eclipse, the Earth passes between the Sun and the Moon, creating a shadow on the Moon.

The next lunar eclipse is supposed to occur December 20, 2010.

the date of the last solar eclipse is in august 2002, located at the WEST ofsouth America, which is Chile