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Diame Diameter d = 10.86m • radius r= 10.56 m² = 2 = 5.43m. mg = mv² 9₁₂ = x² = A rxg V = √rxg = √5.43x1.9 V = 3.21 m/s 2 given g = 1.9 m/s ² revolution calculate Retation per meter I rev 60sec :: 3.21 m/s x 2πr I min = (3.21 m/s x 2πx5.43m x 60) (p= = 5.645 Trpm]

Diame Diameter d = 10.86m • radius r= 10.56 m² = 2 = 5.43m. mg = mv² 9₁₂ = x² = A rxg V = √rxg = √5.43x1.9 V = 3.21 m/s 2 given g = 1.9 m/s ² revolution calculate Retation per meter I rev 60sec :: 3.21 m/s x 2πr I min = (3.21 m/s x 2πx5.43m x 60) (p= = 5.645 Trpm]

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Diameter d = 10.86m radius r = 10.86m = 2 = 5.43m • mv² mg = √₂ J₂ = (xg V = √rxg V = √5.43 x 1.9 V = 3.21 m/s 2 given g = 1.9m/s revolution calculate fotation per meter I rev 60 SCC 3.21 m/s x 2115 I min °, = (3.21 m/s x 2πX5.43m x 60) rpm F5.645 Trpm
Transcribed Image Text:Diameter d = 10.86m radius r = 10.86m = 2 = 5.43m • mv² mg = √₂ J₂ = (xg V = √rxg V = √5.43 x 1.9 V = 3.21 m/s 2 given g = 1.9m/s revolution calculate fotation per meter I rev 60 SCC 3.21 m/s x 2115 I min °, = (3.21 m/s x 2πX5.43m x 60) rpm F5.645 Trpm
In the 1968 film 2001: A Space Odyssey, directed by Stanley Kubrick, some spacefarers make the journey to Jupiter on the ship Discovery One. GRZ22 3 Inside the command module (the spherical dome at the front) there is a 10.86 m diameter centrifuge, which spins to provide artificial gravity during the long journey. RI 5 How many times per minute would the centrifuge need to rotate in order to maintain an artificial gravity of g = 1.9 m/s²? Hint: Find the frequency, in units of rotations per minute (rpm).
Transcribed Image Text:In the 1968 film 2001: A Space Odyssey, directed by Stanley Kubrick, some spacefarers make the journey to Jupiter on the ship Discovery One. GRZ22 3 Inside the command module (the spherical dome at the front) there is a 10.86 m diameter centrifuge, which spins to provide artificial gravity during the long journey. RI 5 How many times per minute would the centrifuge need to rotate in order to maintain an artificial gravity of g = 1.9 m/s²? Hint: Find the frequency, in units of rotations per minute (rpm).
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