Chapter 14417P14.15The bell is uniformly compressed, so we can model it with any shape. We choose a sphere ofdiameter 3.00 m.The pressure on the ball is given by: PPghw=+atmρso the change in pressure on the ball fromwhen it is on the surface of the ocean to when it is at the bottom of the ocean is ∆Pghw=.In addition:∆∆∆VVPBghVBghrBBVww=−=−×ρππ434 1 0309 8010 0001 503140 10001023310, where is the Bulk Modulus.kg mm smmPam323ejejbgaf....Therefore, the volume of the ball at the bottom of the ocean isVV−=−=−=∆431 500 010 2141370 010 2141273.mm mm33.This gives a radius of 1.499 64 m and a new diameter of 2.999 3 m. Therefore the diameter decreasesby 0722. mm.Section 14.3Pressure MeasurementsP14.16(a)We imagine the superhero to produce a perfect vacuum in the straw. Take point 1 at the
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This note was uploaded on 12/14/2011 for the course PHY 203 taught by Professor Staff during the Fall '11 term at Indiana State University .