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When two immiscible liquids are subjected to mixing not by agitation, they will not mix in to each other because the existance of the force of attraction (between the molecules of the same liquid phase) which is greater than the force of attraction between the molecules at interface. But the situation could be changed just by agitation. we know that interfacial surface tension ( between two immiscible liquid interface) could be increased by increasing the interfacial surface area between them. Agitation leads to breaking of each liquid phases into small droplets there by increasing the interfacial surface area which ultimately leads to increased better dispersion of one immisicible liquid phase in to another phase.
8. What is the purpose of agitating the immiscible liquids? 8. What is the purpose of...
2. What does it mean for liquids to be immiscible?
Water and methylene chloride are both colorless but immiscible liquids. How could you distinguish between the two if both are present in a separatory funnel?
Two immiscible liquids with the following densities was poured into a test tube. Liquid A has a density of 1.078 g/mL and liquid B has a density of 0.9887 g/mL. Decide which liquid is on the bottom of the test tube? Write A or B
(b) A storage tank contains two immiscible liquids layered one on the top of the other The lighter fluid density is 900 kg/m3, while the denser fluid density is 1100 kg/m3. The height of the denser layer is 1.0 m, the height of the lighter layer is 0.5m and the diameter of the tank is 1.3m Find the expression for the variation of gauge pressure with depth, below the interface between the two liquids and calculate the gauge pressure at...
Task 9 4 Pts A flow of two layers of immiscible liquids is flowing through a channel. The flow is stationary, fully developed and laminar. Name the boundary conditions which have to be assumed at boundary 1 (water/tube), boundary 2 (water/oil) and boundary 3 (oil/air) to solve Navier Stokes equation. (See Fig 1) Sketch the velocity profiles in the two liquids. 3 air 2 oil 1 water Fig 1
I want a solution using above formula for question #2 2. We have 2 immiscible liquids, a hydrocarbon oil Oil layer having density ρι and water having density ρ2 Their heights are L1 and L2, respectively. The air above the top liquid is at an absolute pressure of pg In terms of these given symbols, what is the absolute pressure at the bottom of the tank? Pressure Pg abs LH \ CH2 CH.CHİch. Den 1 H し2 Density-P2 Water
1. Apply the like dissoles lihe rule to predict which of the following liquids is immiscible with liquid bromine, B a) chloroform, CHC1, e) water, H,o b) toluene, CJM.CH d) hesane, Call 2, what is the mass of a 1 2.5% blood plasma sample that contains 10.0 g of dissolved solute? a) 1.25 g What is the mass of solute dissolved in 10.0 g of a 5.00% sugar solution? a) 0.180 g b) 1.43 g c)70.0g d) 80.0 g 3,...
Hand in this assignment as you ente Grade Name water and hexane miscible (soluble) or immiscible? b. Explain. c. Which is the top layer? d. Explain. (1 ) 2. What is the purpose of ac the purpose of adding hexane to the aqueous solutions of halogens? (2 points) Why do you discard solutions containing hexane in the separatory funnel instead of the organic waste container? (2 points) 4. Write the formulas for the diatomic halogens in order of increasing strength...
Question 5 Consider the following pairs of liquids. Which numbered response contains all the pairs that are miscible and none that are immiscible? I benzene, C6H6, and hexane, C6H14 water, H2O, and methanol, CH OH water, H2O, and hexane, C6H14 ΟΙ II and III II I, II, and III I and II
8. What is the purpose of an informed consent document?