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Math Question of the Day - Where will the Earth be in space 365 days from now?
Posted on 2/21/18 at 12:48 pm
Posted on 2/21/18 at 12:48 pm
Relative to its current location.
Posted on 2/21/18 at 12:49 pm to DarthRebel
There's no such thing as space. God created the earth
Posted on 2/21/18 at 12:51 pm to DarthRebel
The universe is constantly expanding outward so how could you possibly measure where things will be relative to their currently location. Every second it is changing.
Posted on 2/21/18 at 12:51 pm to DarthRebel
.25 days behind its current location
Posted on 2/21/18 at 12:51 pm to DarthRebel
The earth is flat. If it actually moved we’d tip over
Posted on 2/21/18 at 12:51 pm to DarthRebel
0.0684463% away from a full revolution from where we are now
1-(365/365.25)
1-(365/365.25)
This post was edited on 2/21/18 at 1:12 pm
Posted on 2/21/18 at 12:54 pm to DarthRebel
In the classical celestrial mechanics sense?
Posted on 2/21/18 at 12:54 pm to DarthRebel
quote:
Relative to its current location.
Let's see... you gotta take the circumfrents of the Earth ... carry the 2 ... then, divide by ... pie ... now subtract the radiosity from the Sun ...
The answer is 8.
Posted on 2/21/18 at 12:56 pm to DarthRebel
Between Venus and Mars orbit.
Posted on 2/21/18 at 12:57 pm to DarthRebel
quote:
Relative to its current location.
Well, it will be 1/4 of a day off from where it currently is, hence leap years, but the fact of the matter is the solar system is traveling at 514,000 mph, and the galaxy on top of that is moving at 1.3 million miles per hour. So trick question: the Earth will never be at it's current location ever again.
This post was edited on 2/22/18 at 6:52 pm
Posted on 2/21/18 at 12:57 pm to DarthRebel
So she says I don't mind 4 if it's at least 6 around?
Posted on 2/21/18 at 1:06 pm to Bluefin
quote:
Let's see... you gotta take the circumfrents of the Earth ... carry the 2 ... then, divide by ... pie ... now subtract the radiosity from the Sun ...
The answer is 8.
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