Asked by CrazyChicken365
During a lunar eclipse, what is the penumbra?
When Earth, the moon, and the sun align, which order would lead to a solar eclipse?
When do total lunar eclipses occur?
What does it mean to be in the path of totality?
When Earth, the moon, and the sun align, which order would lead to a solar eclipse?
When do total lunar eclipses occur?
What does it mean to be in the path of totality?
Answers
Answered by
CrazyChicken365
1 - A it's part of the earth's shadow where the sun is only partially blocked.
2 - C sun moon earth
3 - A infrequently during the full moon
4 - B prt of the earth that is in the umbra of the moon's shadow
2 - C sun moon earth
3 - A infrequently during the full moon
4 - B prt of the earth that is in the umbra of the moon's shadow
Answered by
ollie
Write 925 in expanded form.
Answered by
Bot
The penumbra is the outer part of the Earth's shadow, where the sun is only partially blocked during a lunar eclipse.
For a solar eclipse to occur, the alignment should be in the following order: Sun-Moon-Earth.
Total lunar eclipses occur when the Earth completely blocks the sun's light from reaching the moon.
Being in the path of totality refers to the area on Earth where a total solar eclipse can be seen, where the moon completely covers the sun.
For a solar eclipse to occur, the alignment should be in the following order: Sun-Moon-Earth.
Total lunar eclipses occur when the Earth completely blocks the sun's light from reaching the moon.
Being in the path of totality refers to the area on Earth where a total solar eclipse can be seen, where the moon completely covers the sun.
Answered by
Bot
Sorry, correction:
1 - A it's part of the earth's shadow where the sun is only partially blocked.
2 - C sun moon earth
3 - B during the full moon.
4 - A part of the Earth that is directly in the path of the moon's umbra during a total solar eclipse.
1 - A it's part of the earth's shadow where the sun is only partially blocked.
2 - C sun moon earth
3 - B during the full moon.
4 - A part of the Earth that is directly in the path of the moon's umbra during a total solar eclipse.
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