Calculate Centrifugal Force to Simulate Earth's Gravity

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SUMMARY

The discussion focuses on calculating the necessary rotational speed of a space station with a radius of 180 meters to simulate Earth's gravity through centrifugal force. A centrifugal force of 49 Newtons is required for a mass of 5 kilograms. The participants emphasize the need to clarify the term "tangible speed," suggesting it may refer to "tangential speed," which is critical for solving the problem. The equation for centrifugal force is also highlighted as a key component in the calculation.

PREREQUISITES
  • Centrifugal force calculation
  • Understanding of tangential speed
  • Basic physics principles related to gravity
  • Knowledge of rotational motion equations
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  • Study the equation for centrifugal force: F = m * ω² * r
  • Learn how to calculate tangential speed from rotational speed
  • Explore the concept of artificial gravity in rotating systems
  • Investigate the implications of centrifugal force on human physiology in space
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Physics students, aerospace engineers, and anyone interested in the principles of artificial gravity in space environments.

sebring741
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If i could get some help on this that would be great.


so.. A space station has an outer wall which acts as a floor at a radius of 180 meters. At what tangible speed must the space station rotate to simulate Earth's gravity. hint: assume a centrifugal force of 49 Newtons is required on a mass of 5 kilograms.

That was the question straight out of the homework and i am totally stumped.
 
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sebring741 said:
If i could get some help on this that would be great.

so.. A space station has an outer wall which acts as a floor at a radius of 180 meters. At what tangible speed must the space station rotate to simulate Earth's gravity. hint: assume a centrifugal force of 49 Newtons is required on a mass of 5 kilograms.

That was the question straight out of the homework and i am totally stumped.


Welcome to PF.

What is the equation for centrifugal force?

And what is "tangible speed"?

It couldn't be anything like "tangential speed" could it?
 

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