What is the maximum distance from the center the student can stand without sliding off?

I o g 0 1 revolution every 7.85 s i 5.0 m A 65.0 kg student, wearing rubber soled shoes. stands on a rotating wooden platform. The platform has a radius of 5.0 m and makes one complete rotation every 7853. The coefcient of static friction between their shoes and the wood is 0.48. If the student starts walking from the center toward the outer edge of the rotating platform, at some point the centripetal force (force of static friction), which keeps them from slipping off of the surface, will exceed the maximum force of static friction possible between their shoes and the wooden surface. When this happens they will slide off the platform. What is the maximum distance from the center the student can stand without sliding off? How to Show your undertsanding: 0 Name and Explain at least one physics concept that was essential in solving this problem Draw a diagram to show all forces acting on the student 0 o ldentify and Rewrite all equations needed to solve for any unknown variablefs) 0 Show all work with units