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Under what circumstances, if any, can saturated air take up more water? Under what circumstances, if any, can some of the water content of saturated air condense ou...

Question

Under what circumstances, if any, can saturated air take up more water? Under what circumstances, if any, can some of the water content of saturated air condense out?

Under what circumstances, if any, can saturated air take up more water? Under what circumstances, if any, can some of the water content of saturated air condense out?



Answers

Suppose a person can reduce the pressure in his lungs to $-$75 mm-Hg gauge pressure. How high can water then be "sucked" up a straw?

So we know that the pressure difference due to the lungs is the pressure change in the column of water. So we can say that the change in pressure equals the density times g times, Delta H. And so we can say that then Delta H. The change in height would be equaling the change in pressure divided by the density times G. Here, we're gonna be using the density of water. And so this would be equaling 75 millimeters Mac three. There are 133 Newtons per square meter for every millimeter of mercury. And then this would be divided by 1000 kilograms per cubic meter multiplied by 9.80 meters per second squared. And so we find that out. H is given as 1.2 meters. This would be our final answer. That is the end of the solution. Thank you for

Hello Today we'll be talking about Chapter 11 Question 34 which asks us to consider how increasing temperature impacts the vapor pressure of a liquid. And so, if we have, say, a cup of water right here and we're room temperature 25 degrees Celsius, we have an equilibrium vapor pressure shown here, where we have some amount of water that is an equilibrium going in and out of Thea. Liquid gas becomes a liquid at the same rate that the liquid evaporates to a gas. And so this is the equilibrium vapor pressure. As we increase the temperature, let's say to 70 degrees Celsius, so 70 degrees Celsius. We still have our water liquid water in the cup. But now we've added enough energy to break more bonds between the water molecules in the liquid. And so because more bonds could be broken, we can have more water molecules that are able to escape and to become vapor. And so ultimately we will again achieve equilibrium vapor pressure where we have the same rate of water going in toe water coming out. But basically by increasing the temperature we have in made it less favorable for water to stay as a liquid. We're breaking bones were breaking hydrogen bones and so the result is that the vapor pressure increases. We have more water that becomes a vapor. And so this continues as you increase the temperature until you get to 100 degrees, where we start favoring the vapor pressure completely and we start having boiling basically where the water will boil and will become a gas completely. So hopefully this helps you understand the difference between the ah temperature and how it impacts the vapor pressure as compared to just the regular vapor pressure at a constant temperature. Thank you.

This podcast. We're taking a look at density, so we'll just discuss some contacts before we jump into the problem. So we have. Density is defined as the mass of the substance per unit volume, so it's often denoted is this strange peace symbol, which is equal to the mass of the substance divided by the volume. It can also be written as P is equal to P. M. We have all T. Y. P is just the pressure that so density is per unit mass of volume, when pressure, temperature and malls are constant, PT and constant. So whenever comes moist, we keep all the other variables constant. Some of the oxygen and nitrogen gas molecules are able to be replaced with Boston molecules. That is, to keep the number of moles of gas constant. So small amounts of water is 18.15 g per mole, minus one on that of oxygen is that 2 g per mall minus warm um, nitrogen gas and to 28.14 g per mole minus one. So density, according to the equation of hip, is directly proportional to the molar mass. Therefore, most there will be less dense than dryer as the same temperature and pressure has kept

Okay, So what happens to the air temperature as president raises? So as pressure increases, pressure increases the temperature rises. Uh, so there are two reasons for this are we can cite to two principles which account back to this statement. So the 1st 1 is Charles slow That says that research is data keeper for some of the temperature. Right? It's gone. Said one. It is. As you increase the temperature, the presure, I increased the pressure, the temperature increases. So this is one, uh, one love that comes for this instrument. And the other is that as president disease, you resist the work is done in this system or he is supplied in the system. The system or work is done on the system. So these are the two regions went when president, business on by both of this. It is the Jim Bridger me rice. Okay, so this in stances to dispute question


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