Modeling Gravity and Planetary Motion

Jill·

Gravity

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At a Glance

SubjectGravity

Original Prompt

Create a lesson for a 9th grade math and science alternative education classroom in new york that aligns state standards in algebra 1 and Earth & Space.

This learning resource focuses on the interrelation between gravitational forces, mass, and distance, particularly through the lens of linear and non-linear functions. It explores concepts in Linear Algebra and Orbital Mechanics, emphasizing how both areas utilize variables to produce outputs. The resource covers the Universal Gravitation principle established by Isaac Newton, discussing how gravitational force changes according to the Inverse Square Law and the significant roles of mass and distance. Activities include plotting gravitational forces on graphs, deriving initial velocity equations, and engaging in discussions about variable impacts. It also includes a guided practice segment that utilizes examples and error analysis to deepen understanding, concluding with reflective questions about the role of mathematical models in interpreting physical phenomena in space.