<p>As far as I know we stick to the surface of the Earth as its gravity is pulling us and Earth rotation is in a way reducing the gravity.</p>

<p>At what speed should Earth be spinning so that we all get ejected / catapulted into space (if we all line up on the equator).</p>

<p>Sub question: at what speed of spinning would we all “stick” a few meters above the ground?</p>

CC BY-SA 3.0
2014-05-07T18:32:47.250Z
gajba, I would recommend asking this question on Physics.SE if you're still interested (assuming it hasn't already been answered there).
called2voyage
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2014-05-08T05:17:14.070Z
@called2voyage  I don't understand why it's off topic. A similar question has been asked before on Astronomy.SE. See [this](http://astronomy.stackexchange.com/questions/2313/if-earth-didnt-rotate-would-we-feel-heavier)
Yashbhatt
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2014-05-08T12:12:53.563Z
@Yashbhatt Thanks for bringing that to my attention.
called2voyage
CC BY-SA 3.0
2014-05-08T12:14:05.590Z
@Yashbhatt If you read the text in the close reason, it should become apparent to you why this question is off-topic.
called2voyage
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2014-05-08T12:19:31.873Z
@called2voyage It says "local/global phenomena might affect observations and measurements". The earth coming to a standstill or rotating fast enough to throw us off the surface is surely an observational phenomena.
Yashbhatt
CC BY-SA 3.0
2014-05-08T12:22:15.203Z
@Yashbhatt The question isn't really framed about how it affects cosmic observation though. It is a poor use of the sight. Really, as I said, it is a better question for Physics.SE.
called2voyage
CC BY-SA 3.0
2014-05-08T12:25:35.647Z
@called2voyage Well, the previous question also wasn't. But anyways, I see you flagged off that one too.
Yashbhatt
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2014-07-10T15:58:42.017Z
Short answer is no. See also: https://what-if.xkcd.com/92/
Ky -
<gravity><rotation><speed>
Faster Earth spinning speed to overcome gravity, possible?
gajba
# Faster Earth spinning speed to overcome gravity, possible?

(Asked by: username_0 on 2014-05-07)

As far as I know we stick to the surface of the Earth as its gravity is pulling us and Earth rotation is in a way reducing the gravity.

At what speed should Earth be spinning so that we all get ejected / catapulted into space (if we all line up on the equator).

Sub question: at what speed of spinning would we all “stick” a few meters above the ground?

**Tags:** gravity, rotation, speed
> **Comments:**
> **username_1**: gajba, I would recommend asking this question on Physics.SE if you're still interested (assuming it hasn't already been answered there).  
> **username_2**: @called2voyage  I don't understand why it's off topic. A similar question has been asked before on Astronomy.SE. See [this](http://astronomy.stackexchange.com/questions/2313/if-earth-didnt-rotate-would-we-feel-heavier)  
> **username_1**: @Yashbhatt Thanks for bringing that to my attention.  
> **username_1**: @Yashbhatt If you read the text in the close reason, it should become apparent to you why this question is off-topic.  
> **username_2**: @called2voyage It says "local/global phenomena might affect observations and measurements". The earth coming to a standstill or rotating fast enough to throw us off the surface is surely an observational phenomena.  
> **username_1**: @Yashbhatt The question isn't really framed about how it affects cosmic observation though. It is a poor use of the sight. Really, as I said, it is a better question for Physics.SE.  
> **username_2**: @called2voyage Well, the previous question also wasn't. But anyways, I see you flagged off that one too.  
> **username_3**: Short answer is no. See also: https://what-if.xkcd.com/92/  

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