Monthly Archives: December 2017

3.35

exercise-3-35 Related: Circular Roller Coaster This problem is related to modeling a circular roller coaster with friction. Starting with the substitution $$\omega(\theta)=\dot{\theta}$$$$\ddot{\theta}=\frac{d\omega}{dt}=\frac{d\omega}{d\theta}\frac{d\theta}{dt}=\frac{d\omega}{d\theta}\omega$$ we can eventually reduce the EOM to a first-order differential equation of the form $\dot{\theta}=f(\theta)$. See the exact solution here: Prior, T. and Mele, E. J. (2007). A block slipping on a sphere […]

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3.34

exercise-3-34

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3.33

exercise-3-33

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3.32

exercise-3-32 Related: Atwood Machines

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3.31

exercise-3-31 Related: Atwood Machines

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3.30

exercise-3-30 Related: Atwood Machines

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3.29

exercise-3-29 Related: Atwood Machines

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3.28

exercise-3-28 Related: Atwood Machines

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3.27

exercise-3-27 Related: Atwood Machines

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3.26

exercise-3-26 Related: Atwood Machines

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