Artificial Gravity:
A Simulation
How it works
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Use the input field and sliders to adjust the mass (in kg), station radius (in meters), and angular velocity (in rad/s). These controls let you change the conditions of the rotating station.
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The simulator computes the artificial gravity using the formula g = ω² × radius and then calculates the weight on the scale by multiplying the mass by this gravity.
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About
According to NASA, "a gravity assist is the use of the relative movement and gravity of a planet or other celestial body to alter the path and speed of a spacecraft" (NASA, 2015).
This simulation allows you to explore how varying the initial speed of a spacecraft affects its interaction with the Moon’s gravity. By adjusting the velocity and observing how the spacecraft’s trajectory changes, you can gain insight into the physics behind efficient interplanetary travel.