The volume, V , in milliliters, of 1 kg of water as a function of temperature T is

Chapter 11, Problem 11.2.28

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The volume, V , in milliliters, of 1 kg of water as a function of temperature T is given, for 0 T 30C, by: V = 999.870.06426T+0.0085143T 20.0000679T 3. (a) Graph V . (b) Describe the shape of your graph. Does V increase or decrease as T increases? Does the graph curve upward or downward? What does the graph tell us about how the volume varies with temperature? (c) At what temperature does water have the maximum density? How does that appear on your graph? (Density = Mass/Volume. In this problem, the mass of the water is 1 kg.)

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