Liquid X is known to have a higher viscosity and higher surface tension than Liquid Y. Use these facts to predict the result of each experiment in the table below, if you can. experiment predicted outcome My will be greater than my Wax-coated particles carefully put onto the surface of Liquid X or Liquid Y will stay on the surface, if the particles are small enough. my will be less than my The heaviest mass of particle my and mY my will be equal to my that will stay on each liquid's surface without sinking are measured. It's impossible to predict whether my or My will be greater without more information. Sy will be greater than Sy Small amounts of Liquid X and Liquid Y are sprayed into the air, where they form perfect Sy will be less than Sy spheres with a volume of 10.0 µL. The Sy will be equal to Sy diameters of these drops are measured with a high-speed camera, and their surface areas Sy and Sy calculated. It's impossible to predict whether Sy or Sy will Y be greater without more information.

Comparing two liquid substances at the same temperature, the one with stronger intermolecular forces will: A. c. have a lower vapor pressure because more molecules have enough energy to escape the liquid surface B. have a lower vapor pressure because fewer molecules have enough energy to escape the liquid surface C. have a higher vapor pressure because more molecules have enough energy to escape the liquid surface D. have the same vapor pressure as the other one because they have the same temperature and hence the same average kinetic energy. E. have a higher vapor pressure because fewer molecules have enough energy to escape the liquid surface

During phase change, water either released or consumed energy in a process called?

Select all the following that apply when we experiment to determine the surface tension of a liquid on the surface of a penny. A. liquids with greatest surface tension values produce the tallest droplets B. liquids with the greatest surface tension values produce the shortest droplets C. liquids with the least surface tension values produce the tallest droplets D. liquids with the least surface tension values produce the shortest droplets