Solar eclipse question [closed]
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In a solar eclipse, are we seeing it as the eclipse takes place in real time, or do we see it 8 minutes after it happens because that’s how long the light takes to travel from the sun?
solar-eclipse
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closed as off-topic by DarkDust, James Jenkins, Hobbes, uhoh, Machavity Jan 25 at 14:20
This question appears to be off-topic. The users who voted to close gave this specific reason:
- "This question is about other space sciences (physics, weather, astronomy, etc), and does not directly pertain to space exploration as outlined in the help center." – DarkDust, James Jenkins, Hobbes, uhoh, Machavity
If this question can be reworded to fit the rules in the help center, please edit the question.
add a comment |
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In a solar eclipse, are we seeing it as the eclipse takes place in real time, or do we see it 8 minutes after it happens because that’s how long the light takes to travel from the sun?
solar-eclipse
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closed as off-topic by DarkDust, James Jenkins, Hobbes, uhoh, Machavity Jan 25 at 14:20
This question appears to be off-topic. The users who voted to close gave this specific reason:
- "This question is about other space sciences (physics, weather, astronomy, etc), and does not directly pertain to space exploration as outlined in the help center." – DarkDust, James Jenkins, Hobbes, uhoh, Machavity
If this question can be reworded to fit the rules in the help center, please edit the question.
1
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Welcome to Space Exploration! This is a good question, but probably better placed on astronomy.StackExchange - would the moderators consider moving it there? - In one of Jan Meeus's books, there's a chapter discussing similar topics at length (focusing on planet occultations, with some surprising answers!), but I don't have the books near me at the moment.
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– GNiklasch
Jan 25 at 13:09
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@GNiklasch I typically suggest them in flags, so they will surely see it.
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– peterh
Jan 25 at 14:14
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"real time" is a fraught term when light speed and astronomical distances are involved ;-).
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– Peter A. Schneider
Jan 25 at 14:38
add a comment |
$begingroup$
In a solar eclipse, are we seeing it as the eclipse takes place in real time, or do we see it 8 minutes after it happens because that’s how long the light takes to travel from the sun?
solar-eclipse
$endgroup$
In a solar eclipse, are we seeing it as the eclipse takes place in real time, or do we see it 8 minutes after it happens because that’s how long the light takes to travel from the sun?
solar-eclipse
solar-eclipse
asked Jan 25 at 12:52
Josh BarrassJosh Barrass
211
211
closed as off-topic by DarkDust, James Jenkins, Hobbes, uhoh, Machavity Jan 25 at 14:20
This question appears to be off-topic. The users who voted to close gave this specific reason:
- "This question is about other space sciences (physics, weather, astronomy, etc), and does not directly pertain to space exploration as outlined in the help center." – DarkDust, James Jenkins, Hobbes, uhoh, Machavity
If this question can be reworded to fit the rules in the help center, please edit the question.
closed as off-topic by DarkDust, James Jenkins, Hobbes, uhoh, Machavity Jan 25 at 14:20
This question appears to be off-topic. The users who voted to close gave this specific reason:
- "This question is about other space sciences (physics, weather, astronomy, etc), and does not directly pertain to space exploration as outlined in the help center." – DarkDust, James Jenkins, Hobbes, uhoh, Machavity
If this question can be reworded to fit the rules in the help center, please edit the question.
1
$begingroup$
Welcome to Space Exploration! This is a good question, but probably better placed on astronomy.StackExchange - would the moderators consider moving it there? - In one of Jan Meeus's books, there's a chapter discussing similar topics at length (focusing on planet occultations, with some surprising answers!), but I don't have the books near me at the moment.
$endgroup$
– GNiklasch
Jan 25 at 13:09
$begingroup$
@GNiklasch I typically suggest them in flags, so they will surely see it.
$endgroup$
– peterh
Jan 25 at 14:14
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"real time" is a fraught term when light speed and astronomical distances are involved ;-).
$endgroup$
– Peter A. Schneider
Jan 25 at 14:38
add a comment |
1
$begingroup$
Welcome to Space Exploration! This is a good question, but probably better placed on astronomy.StackExchange - would the moderators consider moving it there? - In one of Jan Meeus's books, there's a chapter discussing similar topics at length (focusing on planet occultations, with some surprising answers!), but I don't have the books near me at the moment.
$endgroup$
– GNiklasch
Jan 25 at 13:09
$begingroup$
@GNiklasch I typically suggest them in flags, so they will surely see it.
$endgroup$
– peterh
Jan 25 at 14:14
$begingroup$
"real time" is a fraught term when light speed and astronomical distances are involved ;-).
$endgroup$
– Peter A. Schneider
Jan 25 at 14:38
1
1
$begingroup$
Welcome to Space Exploration! This is a good question, but probably better placed on astronomy.StackExchange - would the moderators consider moving it there? - In one of Jan Meeus's books, there's a chapter discussing similar topics at length (focusing on planet occultations, with some surprising answers!), but I don't have the books near me at the moment.
$endgroup$
– GNiklasch
Jan 25 at 13:09
$begingroup$
Welcome to Space Exploration! This is a good question, but probably better placed on astronomy.StackExchange - would the moderators consider moving it there? - In one of Jan Meeus's books, there's a chapter discussing similar topics at length (focusing on planet occultations, with some surprising answers!), but I don't have the books near me at the moment.
$endgroup$
– GNiklasch
Jan 25 at 13:09
$begingroup$
@GNiklasch I typically suggest them in flags, so they will surely see it.
$endgroup$
– peterh
Jan 25 at 14:14
$begingroup$
@GNiklasch I typically suggest them in flags, so they will surely see it.
$endgroup$
– peterh
Jan 25 at 14:14
$begingroup$
"real time" is a fraught term when light speed and astronomical distances are involved ;-).
$endgroup$
– Peter A. Schneider
Jan 25 at 14:38
$begingroup$
"real time" is a fraught term when light speed and astronomical distances are involved ;-).
$endgroup$
– Peter A. Schneider
Jan 25 at 14:38
add a comment |
1 Answer
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The Moon's orbit radius is about 384 400 km says wikipedia. Hence the sunlight eclipsed by the Moon reaches the Earth 1,28 s after passing close by the moon.
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add a comment |
1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
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The Moon's orbit radius is about 384 400 km says wikipedia. Hence the sunlight eclipsed by the Moon reaches the Earth 1,28 s after passing close by the moon.
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add a comment |
$begingroup$
The Moon's orbit radius is about 384 400 km says wikipedia. Hence the sunlight eclipsed by the Moon reaches the Earth 1,28 s after passing close by the moon.
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add a comment |
$begingroup$
The Moon's orbit radius is about 384 400 km says wikipedia. Hence the sunlight eclipsed by the Moon reaches the Earth 1,28 s after passing close by the moon.
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The Moon's orbit radius is about 384 400 km says wikipedia. Hence the sunlight eclipsed by the Moon reaches the Earth 1,28 s after passing close by the moon.
answered Jan 25 at 13:10
MefiticoMefitico
817117
817117
add a comment |
add a comment |
1
$begingroup$
Welcome to Space Exploration! This is a good question, but probably better placed on astronomy.StackExchange - would the moderators consider moving it there? - In one of Jan Meeus's books, there's a chapter discussing similar topics at length (focusing on planet occultations, with some surprising answers!), but I don't have the books near me at the moment.
$endgroup$
– GNiklasch
Jan 25 at 13:09
$begingroup$
@GNiklasch I typically suggest them in flags, so they will surely see it.
$endgroup$
– peterh
Jan 25 at 14:14
$begingroup$
"real time" is a fraught term when light speed and astronomical distances are involved ;-).
$endgroup$
– Peter A. Schneider
Jan 25 at 14:38