Aritifical Gravity Devices 8
Screenbert writes "This article talks about
simulating gravity for space missions. However this article also spawned deeper
and darker questions. Go with me on this for a minute.... If you spin something
around really fast and you are on it, you get pushed to the edge of the spinning
object. IE, a merry-go-round. Gravity is a side-effect of mass. Since the earth
is spinning, it pushed everything out from it, thereby having a counter-effect
of mass. So if the Earth where to stop spinning, would we become
mushrooms?&"
The link broke (Score:1)
And of course it's adding another space after the last l. Hmph.
'Aritifical' (Score:1)
Hemos types too fast.
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How much do you weight at the north and south poll (Score:1)
You don't really get pushed away from the center. (Score:2)
When you are turning a corner in a car, it seems like you are being pushed to the side away from the center. Actually, your inertia is tending to keep you going in a straight line and your car is accelerating towards the center of the curve.
--
if the Earth stops rotating... (Score:2)
Re:How much do you weight at the north and south p (Score:1)
I am SO bored...
"Titanic was 3hr and 17min long. They could have lost 3hr and 17min from that."
You'd appear heavier if earth stops rotating (Score:1)
F = m * w^2 * r = m * a
where w = angular velocity = 360 deg/day
and r = radius = 6000 km (approx!)
If you put in the numbers you get a = 0.03 N/kg (at the equator)
At latitude theta the force is F = m * a * cos(theta)
In the case of earth, gravity keeps you from flying tangentially outwards into space: F = m*g, g = 9.81 N/kg
As you can see, a is much smaller than g: it's only about 0.3 % of g.
If earth stopped rotating you would experience an additional weight (force not mass!) of 0.03 N/kg or 2.4 N for an 80 kg human, if you stand somewhere on the equator.
Right, there is no such thing as centrifugal force (Score:1)
Scroll down past all the math, and watch the roll of tape slide on the dash. Very illustrative.