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travel this distance. Part III: Finally assume the object started at rest and was constantly speeding up as it took the two seconds to 1. Find its linear acceleration (a= v/t) and its angular acceleration (a=w/t) for each angle. 2. Find the a/r and compare them with angular velocity a. Linear acceleration (a= v/t) Angular acceleration (a=w/t) a/r 401= rad 402= rad 403= rad m Generalize your observations. ie: what is the relationship between r, a, and a. Final Response: Summarize relationship(s) between (arc length, angular displacement), (linear velocity, angular velocity), (linear acceleration, and angular acceleration). Note: these can be found in your textbook, chapter 7, from the definition of radians and equations 7.10 and 7.11