The Moon.
An eclipse. When the Earth is in the Moon's shadow, it's a solar eclipse; when the Moon is in the Earth's shadow, it's a lunar eclipse.
The Earth.
During a lunar eclipse, the moon is in Earth's shadow.
During a lunar eclipse, the Earth is in the middle between the Sun and the Moon. This alignment causes the Earth's shadow to be cast onto the Moon, creating the eclipse.
The Moon gets into the Earth's shadow.
lunar eclipse
No, when the moon's shadow falls on the earth, this is a solar eclipse. When the earth's shadow falls on the moon, it is a lunar eclipse.
The curved shadow on the moon during a lunar eclipse is evidence of Earth's round shape. The Earth's shadow that falls on the moon is always curved because of the spherical shape of the Earth, which causes the shadow to appear rounded.
A shadow thrown by the Moon (solar eclipse) and a shadow thrown by the Earth (lunar eclipse).
The umbra of the Earth's shadow during lunar eclipse is larger than the umbra of the Moon's shadow during a solar eclipse because the Earth is much larger than the Moon is; so, the Earth's shadow is bigger than the Moon's shadow.
During a lunar eclipse, the Earth is positioned directly between the Sun and the Moon. This alignment causes the Earth's shadow to fall on the Moon, resulting in the lunar eclipse. The sequence is Sun, Earth, and then Moon.
It provides the light seen around the Moon, in a solar eclipse. It provides the light the Earth blocks out, during a lunar eclipse. Light leaks around the Earth, in a lunar eclipse. Since Earth's atmosphere absorbs and scatters blue, the light reaching the Moon is red, almost a brick red when you look at the eclipsed Moon.