This effect can be counterbalanced by lubricating the inner surfaces of the pores. That causes the molecular dynamics of the molecules inside the pores to decouple from the solid walls and the resulting relaxation rate becomes slightly faster compared to that for the bulk liquid. For the `quasi'...
When water goes from a liquid to a gas (vapor), how much further apart are the molecules? What are the differences between liquids and gases? a. What similarities are there between the liquid and gaseous states of matter? b. What differences are there...
A mixture of different compounds can be analyzed in different ways depending on the chemical or physical properties of the molecules intended to be separated. One method of extraction is called liquid-liquid extractions. A liquid to liquid extraction utilizes two solvents that are immiscibl...
View Solution Which form of energy do the molecules of a substance gain when it is heated? View Solution How many molecules of water are liberated by the union of two monosaccharide units to form a disaccharide? View Solution Exams IIT JEE ...
[not impressed with the brick illustration] this can only be taken so far… because of course, bricks don't move at all—they’re not liquid.But if the bricks were water molecules, well, this top layer would be the quasi-liquid layer,and it wouldn't be completely frozen.Does that ...
As aliquid, water takes its drinkable form. The molecules are still bound to each other, but they move relative to each other at slow speeds. The liquid has a fixed volume, but no constant shape. It changes shape to fit whatever container you put it in. ...
water, however, we are still unable to produce it at an affordable cost. The major problem is we are only able to produce hydrogen with a 70%-80% efficiency. This is due the complexity of water which, while ostensibly being a very simple molecule, is highly complex in the liquid state...
To explain how the packing of the constituent particles in a crystal takes place, we can break it down into several steps:1. Understanding Packing in One Dimension (1D): - In one-dimensional packing, the constituent particle
This leads to the definition of an equivalent, or specifically a milliequivalent: (mEq = dfrac{(mass)(valence)}{MW}) This equation assumes that both mass and MW, or molecular weight (the same as molar mass but applied to molecules instead of single atoms), are given in milligrams. ...
How did the attractive forces between molecules change in the transition from the gas to liquid to the solid state?Intermolecular Attractions:Attractive forces are mainly seen in solids and liquids where the interactions between the molecules are higher. I...