p0142 - 2 = 10 6 MPa, and using isothermal compressibility...

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1.42. CHAPTER 1, PROBLEM 42 43 1.42 Chapter 1, Problem 42 In terms of compressibility, τ , the fractional change in density is given by ρ ρ = τ p = p = ρ / ρ τ Thus, for a 0.5% fractional change in density, we have p = 1 200 τ Noting that 1 N/m
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Unformatted text preview: 2 = 10 6 MPa, and using isothermal compressibility values from the text, we have Fluid (m 2 /N) p (MPa) Helium 1 . 00 10 5 0.0005 Mercury . 35 10 10 143 Water 4 . 65 10 10 10.8...
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This note was uploaded on 02/09/2012 for the course AME 309 taught by Professor Phares during the Spring '06 term at USC.

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