the models show the position of the moon and earth at three different points in earths orbit. at each of…

the models show the position of the moon and earth at three different points in earths orbit. at each of these points, the moons phase is full. label the models with the correct description of where earths shadow falls. below the moon above the moon on the moon

the models show the position of the moon and earth at three different points in earths orbit. at each of these points, the moons phase is full. label the models with the correct description of where earths shadow falls. below the moon above the moon on the moon

Answer

Brief Explanations:

When the Moon is full, the Earth - Sun - Moon alignment is such that the Earth's shadow can fall above, below, or on the Moon depending on the relative positions. If the Earth's shadow falls on the Moon, it causes a lunar eclipse. For a full - moon phase without an eclipse, the shadow can be above or below the Moon. Without specific orientation details in the models, we assume a general understanding of the possible positions of the Earth's shadow relative to the full - moon.

Answer:

There is not enough information in the provided image to label the models precisely. We need more details about the orientation of the Earth, Moon, and Sun in each model to determine if the Earth's shadow falls above the Moon, below the Moon, or on the Moon.