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Virtual Lab: In this lab, we will use an interactive simulation in the link below: https://ophysics.com/r5.html Data & Analysis: Table 1 : Solid Sphere Pulley

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Virtual Lab: In this lab, we will use an interactive simulation in the link below: https://ophysics.com/r5.html Data & Analysis: Table 1 : Solid Sphere Pulley radius, R5 = , Pulley mass, M5 = m (kg) a (m/szl T (N) Make a graph of T vs. a, and obtain the rotational Inertia I from your graph. Copy and paste your plot here. Calculate the theoretical rotational inertia of the solid sphere using the chosen mass and radius of the sphere

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