anonymous
  • anonymous
I don't see what area this problem's talking about...
Mathematics
  • Stacey Warren - Expert brainly.com
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SOLVED
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schrodinger
  • schrodinger
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anonymous
  • anonymous
nincompoop
  • nincompoop
can you approximately graph each equation first?
anonymous
  • anonymous

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nincompoop
  • nincompoop
cheater laughing out loud
anonymous
  • anonymous
Hahaha xP
nincompoop
  • nincompoop
how about x= pi/16
anonymous
  • anonymous
its the red line
nincompoop
  • nincompoop
isn't that x = 0 ?
anonymous
  • anonymous
No i don't think so... we didn't have an x=0
nincompoop
  • nincompoop
oh never mind I got confused by the graph laughing out loud
nincompoop
  • nincompoop
but there's an x=0 tho
anonymous
  • anonymous
Actually we did have an x=0 xD lol
anonymous
  • anonymous
haha
nincompoop
  • nincompoop
what we are trying to do is obtain the bounds
anonymous
  • anonymous
true... so what area are we looking at exactly?
anonymous
  • anonymous
Oh wait thats a wrong graph
anonymous
  • anonymous
thats better xD
nincompoop
  • nincompoop
|dw:1437884251475:dw|
anonymous
  • anonymous
|dw:1437884379709:dw| is this the area?
nincompoop
  • nincompoop
|dw:1437884305928:dw|
nincompoop
  • nincompoop
|dw:1437884549337:dw|
anonymous
  • anonymous
Ahhh I see now!
nincompoop
  • nincompoop
now just use the formula laughing out loud
anonymous
  • anonymous
hahaha first time i've seen anyone actually write out 'LOL' :D haha *thumbs up*
nincompoop
  • nincompoop
once you've obtained all their intersections, you can use y = -1 and do volume
anonymous
  • anonymous
hmmm right, that makes sense
anonymous
  • anonymous
@nincompoop what would the height of the cylinder be? The radius would be cos(8x) +1 tho right?

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