The moon would have to be in the earth's umbral shadow. Another words, the earth would have to be in between the sun and the moon. They would all have to be lined up also (on the ecliptic) otherwise the moon would be either above or below the earth's shadow.. hope this helps :)
Aka it would have to be a full moon for a lunar eclipse to be observed.
The moon always has the same orbit. During a solar eclipse the moon's orbit takes it directly between Earth and the sun. During a lunar eclipse its orbit takes it on the exact opposite side of Earth from the sun.
A solar eclipse can only happen during new moon.
A lunar eclipse can only happen during full moon.
A solar eclipse can only happen during new moon.
A lunar eclipse can only happen during full moon.
A solar eclipse can only happen during new moon.
A lunar eclipse can only happen during full moon.
A solar eclipse can only happen during new moon.
A lunar eclipse can only happen during full moon.
A lunar eclipse can only occur at the time of Full Moon.
Orbit-wise, the moon is directly in line ... and ON-line ... with earth and sun at that time,
with earth in the middle.
Here's the configuration. You can see why the moon turns dark for a while, as the earth temporarily
blocks the big 'flashlight' that normally shines on it. Another way to say it is: The moon spends some
time in the earth's shadow.
Sun . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Earth . . Moon
In order for earth to see a full moon, the moon is 'behind' earth relative to the sun. In other words, at the time of full moon, the three bodies are lined up in this order: Sun ==> Earth ==> Moon.
It needs to be on the opposite side of Earth than the Sun. That way the sun is shining directly at it, and we see a full face lit up.
A solar eclipse can only happen during new moon.
A lunar eclipse can only happen during full moon.
Any kind of lunar eclipse can only occur at the time of Full Moon.
"Behind" the Earth, on the line from the sun through the Earth,
in the Earth's shadow.
A solar eclipse is only possible at the time of New Moon, when all
three bodies are exactly lined up, with the moon in the "middle".
No, the position of the Moon and the Sun as OBSERVED from the Earth.
The sun is perpendicular to the Earth and the Moon, in the direction of the bright half of the Moon.
the position of the sun =)
The Moon of the Earth has a spherical shape regardless to its position compared to the Sun.
The phases of the moon are created by the relative position of the moon, to the earth, to the sun.
No, the position of the Moon and the Sun as OBSERVED from the Earth.
It is between the Sun and the Earth
The sun is perpendicular to the Earth and the Moon, in the direction of the bright half of the Moon.
it has to do with the sun and the position of the moon , sun and earth
the position of the sun =)
The Moon of the Earth has a spherical shape regardless to its position compared to the Sun.
90 degrees (approximately) from the position of the moon, in the direction of the lighted side.
The sun, the earth, and the moon.
At full moon, the Moon is opposite the Sun, from our (Earth's) point of view.
The phases of the moon are created by the relative position of the moon, to the earth, to the sun.
The phases of the moon are created by the relative position of the moon, to the earth, to the sun.
The phases of the moon are created by the relative position of the moon, to the earth, to the sun.