Volumes of Revolution about Vertical Lines Using Washers
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Uploader Comments (patrickJMT)
Top Comments
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yes! i couldn't find this one at first, and i figured it wouldn't be here. But you put up vids of everything. You know you're the greatest right?
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You are the Michael Jordan of Calculus. There for me in the clutch!
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All Comments (37)
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@patrickJMT kobe bryant
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Thanks buddy! Learned so much from you lately
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@supersal001 a large portion does actually. it is why i am going to start working full time on making videos starting next year. the ads are why the videos exist - someone has to pay for all this free stuff.
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@supersal001 unless all add rev goes to patrick...come at me ads
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Fuck you ads
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Your instruction is spot on. Calculus baller status.
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For some reason there is a really annoying buzzing noise in this video.
TheAnonymousify 1 month ago
@TheAnonymousify old video, crappy mic i guess
patrickJMT 1 month ago
Patrick, I'm having a dilemma finding something. All of the examples of solids of revolution involve only vertical and horizontal lines. I was wondering as to how you would go about rotating a graph about a slant line such as y=x. The only thing I can think to do is rotate the graph, before integrating, such so that the axial line becomes the x or y- axis. Is there even such a problem, or am I just searching an ignorant idea? Please help. Any help is much obliged. ^.^
DonenDone10101 1 month ago
@DonenDone10101 i do not know of a formula off the top of my head, i would have to derive one.
patrickJMT 1 month ago