How high will sap rise in a plant if the capillaries are 0.01 mm in diameter and the density of the fluid is 1.3 g cm-3 and its surface tension is 65 mN m-1, assuming that surface tension accounts for the rise?

Temperature, T, C Vapor Pressure, Pvapor, Torr Temperature, T, C Vapor pressure, Pvpor, Torr 15 12.8 23 21.0 16 13.6 24 22.4 17 14.5 25 23.8 18 15.5 26 25.2 19 16.5 27 26.7 20 17.5 28 28.3 21 18.6 29 30.0 22 19.8 30 31.8 Eqular molar amounts of neon were collected over water in two identical 6.0-L flasks, one being at 30C and the other 20C, respectively.  The difference of respective tota pressures in two flasks was 845.8 torr.  Use the table of vapor pressure versus temperature (above) to calculate the number of moles of neon collected in each of the flasks. (Answer in sig figs)

Answer in grams of liquid

Place the three compounds in order of increasing intermolecular force strength. Pressure (mm Hg) 1000 800 600 400 200 0 760 mm Hg diethyl ether -20° Diethyl ether 0° ethanol 20⁰ Normal BP 34.6 °C Ethanol 40° Temperature (°C) water 60° Normal BP 78.3 °C 80° Vapor pressure curves for diethyl ether [(C₂H5)2 O], ethanol (C2H5OH), and water. increasing intermolecular force strength Normal BP 100 °C Drag and drop your selection from the following list to complete the answer: 100⁰ 120⁰