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What are the eclipses and occultations?
✔️An occultation is a complete obscuration of the light of an astronomical body, most commonly a star, by another astronomical body, such as a planet or a satellite, without any interaction between the bodies involved. This is purely apparent and related to the observer. Hence, a total solar eclipse is the occultation of the Sun☀️ by the Moon🌕.
✔️An eclipse is the result of the total or partial masking of a celestial body by another along observers’ line of sight and regardless of their position.
Solar eclipses result from the 🌕 blocking the ☀️ relative to the 🌏; thus 🌏, 🌕 and ☀️ all lie in one line.
Lunar eclipses work the same way in a different order: 🌕, 🌏 and ☀️ all in one line, the Earth’s shadow hiding the Moon from view.
This phenomenon is visible to any observer of the Moon, regardless of its position on the surface of the Earth or in space.
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✔️An occultation is a complete obscuration of the light of an astronomical body, most commonly a star, by another astronomical body, such as a planet or a satellite, without any interaction between the bodies involved. This is purely apparent and related to the observer. Hence, a total solar eclipse is the occultation of the Sun☀️ by the Moon🌕.
✔️An eclipse is the result of the total or partial masking of a celestial body by another along observers’ line of sight and regardless of their position.
Solar eclipses result from the 🌕 blocking the ☀️ relative to the 🌏; thus 🌏, 🌕 and ☀️ all lie in one line.
Lunar eclipses work the same way in a different order: 🌕, 🌏 and ☀️ all in one line, the Earth’s shadow hiding the Moon from view.
This phenomenon is visible to any observer of the Moon, regardless of its position on the surface of the Earth or in space.
Subscribe- www.tgoop.com/askmenow
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What are the eclipses and occultations?
✔️An occultation is a complete obscuration of the light of an astronomical body, most commonly a star, by another astronomical body, such as a planet or a satellite, without any interaction between the bodies involved. This is purely apparent and related to the observer. Hence, a total solar eclipse is the occultation of the Sun☀️ by the Moon🌕.
✔️An eclipse is the result of the total or partial masking of a celestial body by another along observers’ line of sight and regardless of their position.
Solar eclipses result from the 🌕 blocking the ☀️ relative to the 🌏; thus 🌏, 🌕 and ☀️ all lie in one line.
Lunar eclipses work the same way in a different order: 🌕, 🌏 and ☀️ all in one line, the Earth’s shadow hiding the Moon from view.
This phenomenon is visible to any observer of the Moon, regardless of its position on the surface of the Earth or in space.
Subscribe- www.tgoop.com/askmenow
✔️An occultation is a complete obscuration of the light of an astronomical body, most commonly a star, by another astronomical body, such as a planet or a satellite, without any interaction between the bodies involved. This is purely apparent and related to the observer. Hence, a total solar eclipse is the occultation of the Sun☀️ by the Moon🌕.
✔️An eclipse is the result of the total or partial masking of a celestial body by another along observers’ line of sight and regardless of their position.
Solar eclipses result from the 🌕 blocking the ☀️ relative to the 🌏; thus 🌏, 🌕 and ☀️ all lie in one line.
Lunar eclipses work the same way in a different order: 🌕, 🌏 and ☀️ all in one line, the Earth’s shadow hiding the Moon from view.
This phenomenon is visible to any observer of the Moon, regardless of its position on the surface of the Earth or in space.
Subscribe- www.tgoop.com/askmenow
BY 🌌🐈Gattini&Universo🐈🌌
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