Elying Circus of PhysicsDuring a jump to his partner, an aerialist is to make a quadruple somersault lasting a time t =1.51 s. For the first and last quarter-revolution, he is in the extended orientation shown in the figure, with rotational inertia /, = 20.6 kg-m around his center of mass (the dot).During the rest of the flight he is in a tight tuck, with rotational inertia l = 3.94 kg-m. What must be his angular speed w, around hiscenter of mass during the tuck? (Express your answer in [rev/s])Tuck(0.Parabolicpath ofaerialistReleaseCatchNumberUnitsthe tolerance is +/-5%

Given that the value of time and rotational inertia I 1 and rotational inertia I2.Then We have to…

During a jump to his partner, an aerialist is to make a quadruple somersault lasting a time t = 1.51 s. For the first and last quarter- revolution, he is in the extended orientation shown in the figure, with rotational inertia /, = 20.6 kg-m2 around his center of mass (the dot). During the rest of the flight he is in a tight tuck, with rotational inertia l2 = 3.94 kg m2. What must be his angular speed w, around his center of mass during the tuck? (Express your answer in [rev/s]) Tuck Parabolic path of aerialist Release Catch Number Units the tolerance is +/-5%

During a jump to his partner, an aerialist is to make a quadruple somersault lasting a time t = 1.51 s. For the first and last quarter- revolution, he is in the extended orientation shown in the figure, with rotational inertia /, = 20.6 kg-m2 around his center of mass (the dot). During the rest of the flight he is in a tight tuck, with rotational inertia l2 = 3.94 kg m2. What must be his angular speed w, around his center of mass during the tuck? (Express your answer in [rev/s]) Tuck Parabolic path of aerialist Release Catch Number Units the tolerance is +/-5%

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter11: Angular Momentum

Section: Chapter Questions

Problem 54P: A cylinder with rotational inertia I1=2.0kgm2 rotates clockwise about a vertical axis through its...

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