Liquid X is known to have a higher surface tension than Liquid Y.Use this fact to predict the result of each experiment in the table below, if you can.experiment predicted outcomeSmall amounts of Liquid X and Liquid Y are sprayed into the air, where they form perfect spheres with a volume of 35.0μL. The diameters of these drops are measured with a high-speed camera, and their surface areas SX and SY calculated. SX will be greater than SYSX will be less than SYSX will be equal to SYIt's impossible to predict whether SX or SY will be greater without more information.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.The heaviest mass of particle mX and mY that will stay on each liquid's surface without sinking are measured. mX will be greater than mYmX will be less than mYmX will be equal to mYIt's impossible to predict whether mX or mY will be greater without more information.

Liquid X is known to have a lower surface tension than Liquid Y.Use this fact to predict the result of each experiment in the table below, if you can.experiment predicted outcomeWax-coated particles carefully put onto the surface of Liquid X or Liquid Y will stay on the surface, if the particles are small enough.The heaviest mass of particle mX and mY that will stay on each liquid's surface without sinking are measured. mX will be greater than mYmX will be less than mYmX will be equal to mYIt's impossible to predict whether mX or mY will be greater without more information.

Liquid A is known to have a lower viscosity than Liquid B.Use this fact to predict the result of each experiment in the table below, if you can.experiment predicted outcome30.0mL each of Liquid A and Liquid B are poured through a funnel, and the times tA and tB needed to pour each liquid through the funnel are measured. tA will be greater than tBtA will be less than tBtA will be equal to tBIt's impossible to predict whether tA or tB will be greater without more information.35.0mL of Liquid A and 35.0mL of Liquid B are mixed together in a small beaker, and let stand for 30 minutes. A will form a layer on top of BB will form a layer on top of AThe liquids will form a homogeneous mixture.It's impossible to predict whether the liquids will mix without more information.

A student is comparing the properties of two liquids, X and Y. They observe that liquid X has a higher surface tension than liquid Y. Based on this observation, which statement regarding the intermolecular forces in the two liquids is most likely true?Select one:a.Both liquids have similar intermolecular forces.b.The intermolecular forces do not affect surface tension.c.Liquid X has weaker intermolecular forces than liquid Y.d.Liquid X has stronger intermolecular forces than liquid Y.

The capillary of a dropper has an internal radius of 0.5 mm. It is filled with liquid X and then allowed to flow into a capsule.After collecting 200 drops of liquid in the capsule, they are weighed, and the mass of liquid collected is found to be 𝑚 =10 g.1. Determine the value of the surface tension constant of this liquid. Assume the wetting angle of this liquid to be 30∘.2. Liquid X is a medication; a patient needs to take 0.1 g every 12 hours. How should the patient administer themedication?

In an experiment to measure surface tension of completely wetting liquid, the capillary was dipped in liquid. The level of water in beaker was measured using travelling microscope to be 1.43cm. The level of water in capillary was measured to be 6.23cm. The readings for inner diameter were 0.00cm and 0.32cm respectively. Neglect the expansion of capillary and water on heating. (A)% error in measurement of h is 0.4% (B) % error in measurement of surface tension is 6.46% (C) if temperature increases, level of water in capillary will be less than 6.23cm. (D) s=0.38±0.04 N/m