Description
This editable Word document for Project: Centripetal Station challenges students to apply the physics of circular motion (a = v^2 / r) to the design of artificial gravity environments. Following UDL principles, the 10-problem set is leveled to guide students from basic acceleration checks to solving for velocity and radius using square roots. By framing the math as a mission for Orbital Habitat Engineers, this "zero-prep" resource makes complex circular motion concepts tangible and engaging for High School Physics.
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Description
This editable Word document for Project: Centripetal Station challenges students to apply the physics of circular motion (a = v^2 / r) to the design of artificial gravity environments. Following UDL principles, the 10-problem set is leveled to guide students from basic acceleration checks to solving for velocity and radius using square roots. By framing the math as a mission for Orbital Habitat Engineers, this "zero-prep" resource makes complex circular motion concepts tangible and engaging for High School Physics.




