Home >All Categories > Science & Mathematics >Engineering >Open Question zaidS Member since:September 20, 2009Total points:99 (Level 1)through a 10-cm-diameter hole at the top of the sphere.Liquid acetone inside the tank evaporates and es-capes out of the hole. Air flows over the hole so that the acetone vapors are immediately swept away. Liquid acetone is continually fed to the tank to maintain a constant liquid level at the midpoint of the tank, and the tank is heated to maintain the temperature at 298 K as the acetone evaporates. Develop an equation to predict the total molar rate of acetone vapor emissions from the sphere. What is the acetone emissions rate if acetone exerts a vapor pressure of 3.066 x 104 Pa at 298 K?Answer Question

by Daniel Member since:December 10, 2009Total points:268 (Level 2)An equation is not the problem, the total molar rate is the issue

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