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OpenStudy (yrelhan4):
rotational question.
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OpenStudy (yrelhan4):
OpenStudy (yrelhan4):
@Mashy
OpenStudy (yrelhan4):
i've got it. thank you!
OpenStudy (shane_b):
Did you get \[\frac{V_0}{3}\]?
OpenStudy (yrelhan4):
6vo/7..
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OpenStudy (shane_b):
Nevermind....V0/3 is the translational velocity and the question asked for rotational. Just woke up and can't read :)
OpenStudy (yrelhan4):
my book says says 6vo/7.
and no, the question asks for linear velocity.
OpenStudy (shane_b):
Yea, V0/3 would be the rotational velocity just as it starts purely rolling. I just misread what it was asking.
OpenStudy (shane_b):
My earlier post should have read: "V0/3 is the ROTATIONAL and the question asked for TRANSLATIONAL". Yea, I need coffee.
OpenStudy (yrelhan4):
haha. :)
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OpenStudy (yrelhan4):
but wait.. if translational velocity when rolling starts is 6vo/7, rotational should be 6vo/(7R) no?
OpenStudy (shane_b):
You would think so...maybe it's a typo in my book. I haven't read this chapter in years so I'd have to read through it again.
OpenStudy (yrelhan4):
hmm. right. thank you.
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