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**** physics....
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<blockquote data-quote="ToyTundra" data-source="post: 3417399" data-attributes="member: 558970"><p>I'm probably too late:</p><p></p><p>find the distance from the sphere to the rod using trig. You know the radius, mass, tangential velocity so you should be able to calculate the outward force (-centripital acceleration*mass?)</p><p></p><p>Use trig and x,y components to calculate the tension in each rope. They should be equal. This is all assuming gravity is negligable.</p></blockquote><p></p>
[QUOTE="ToyTundra, post: 3417399, member: 558970"] I'm probably too late: find the distance from the sphere to the rod using trig. You know the radius, mass, tangential velocity so you should be able to calculate the outward force (-centripital acceleration*mass?) Use trig and x,y components to calculate the tension in each rope. They should be equal. This is all assuming gravity is negligable. [/QUOTE]
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**** physics....
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