When Earth, the moon, and the sun align, which order would lead to a solar eclipse? (1 point)
Responses
moon–sun–Earth
moon–Earth–son
sun–moon–Earth
sun–Earth–moon
sun–moon–Earth
The correct order that would lead to a solar eclipse is: sun–moon–Earth.
To determine the order that would lead to a solar eclipse when Earth, the moon, and the sun align, we need to understand the concept of a solar eclipse. A solar eclipse occurs when the moon passes between the Earth and the sun, blocking the sunlight and casting a shadow on Earth.
So, in order for a solar eclipse to occur, the moon needs to be positioned between the sun and the Earth. From the given options:
1. moon–sun–Earth: This order is correct because the moon is positioned between the sun and the Earth, allowing it to block the sunlight and create a solar eclipse.
2. moon–Earth–son: This order is incorrect because the moon would be positioned behind the Earth, making it impossible for it to block the sunlight and cause a solar eclipse.
3. sun–moon–Earth: This order is incorrect because the moon would be positioned between the Earth and the sun, which is the correct order for a lunar eclipse, not a solar eclipse.
4. sun–Earth–moon: This order is incorrect because the moon would be positioned after the Earth, making it unable to block the sunlight and create a solar eclipse.
Therefore, the correct order that would lead to a solar eclipse is moon–sun–Earth.