Because the orbit of the Moon is angled to the Ecliptic, so there are only a couple of "eclipse opportunities" per year. Most of the time, the Moon doesn't come all that close to being directly between the Earth and the Sun, or go into the Earth's shadow.
A solar eclipse is when the moon is in line with the earth and the sun, and is the phenomenon that most people associate with the word "eclipse." Its the one with the pretty ring of fire around the black sphere of the moon. Happens during the new moon phase, and during the day.
A lunar eclipse places the earth between the moon and the sun, leaving the moon dark, during a full moon phase.
The new moon phase happens every month when the moon is between the earth and the sun, but not lined up so as to block each other. We see the dark moon, but the moon is not blocking the sun, nor is the earth blocking the sun from the moon.
If the orbit of the moon lay in the same plane as the plane of the orbit of the earth around the sun, then there would be a solar eclipse each month. But its orbit is tilted at an angle, so it happens that more often than not when the moon passes between the earth and the sun, it is just a bit too high, or just a bit too low to eclipse the sun. Or looking at it another way, when the moon crosses the plane of the earth's orbit it is mostly just a little too early, or a little too late, to eclipse the sun.
The earth, moon and sun all have to be lined up perfectly. The orbits are not all perfect circles and angles, while the distances involved are also very large.
The plane in which the Moon orbits the Earth is not exactly aligned with the Ecliptic.
The moon's orbit is inclined about 51/2 degrees relative to the plane of the Earth's orbit. For one thing, this explains why we don't have a lunar eclipse at every Full Moon, and a solar eclipse at every New Moon.
In a lunar eclipse the Earth is in the middle and blocks the Sun's light from the Moon, so that happens always at Full Moon but not every time. A solar eclipse has the Moon in the middle so it happens at New Moon, but not every time, and the Moon is not big enough to shadow the whole Earth so a solar eclipse is seen only in a strip across the Earth's surface.
This is an eclipse of the moon.
No, eclipses can occur only at a new or full moon.
A NEW MOON. However, the planer of the Moon's orbit about the Earth is about 5 degrees different from the plane of the Earth's orbit about the Sun. Consequently, at every New Moon there is NOT a Solar Eclipse. A Solar Eclipse only occurs when the two planes cross directly at a New Moon, then you have a Solar Eclipse. You do not see other New Moon's because the Sun's light is so bright, that it overtakes the dark patch of the Moon.
no
We see solar eclipses only during New Moon, but not every New Moon is accompanied by a solar eclipse.
well no not at all
No, it doesn't take place on every new moon day but yes, on some of them.
The orbit of the moon is tilted by about 5 degrees so this means there is not an eclipse at every New of Full moon.
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.
A solar eclipse can only happen at new moon - but they don't happen at every new moon.
The moon's orbit relative to the earth is tilted 5 degrees.
The moon's orbit is inclined about 51/2 degrees relative to the plane of the Earth's orbit. For one thing, this explains why we don't have a lunar eclipse at every Full Moon, and a solar eclipse at every New Moon.
In a lunar eclipse the Earth is in the middle and blocks the Sun's light from the Moon, so that happens always at Full Moon but not every time. A solar eclipse has the Moon in the middle so it happens at New Moon, but not every time, and the Moon is not big enough to shadow the whole Earth so a solar eclipse is seen only in a strip across the Earth's surface.
This is an eclipse of the moon.
This is because the Moon needs to be blocking the source of light provided to us, this source is the Sun. The 'new moon' is the first phase where there is almost no visible moon. The 'full moon' is where you can see the whole moon. To cause a solar eclipse, the moon needs to be in the line of the Earth and the Sun, and to cause a Lunar eclipse, the Earth needs to be in the line of the Sun and the Moon. Sun-Moon-Earth = Solar Eclipse Sun-Earth-Moon = Lunar Eclipse