Let me do it in blue. The total pressure if you add up these two straight lines together, you got another straight line.
我用绿色的粉笔画出这个，总压强,如果你把这两个直线加起来，就会得到另一条直线。
This tells me what happens at equilibrium to the amount of NO2 as I change the total pressure.
这告诉了,我们如果在平衡时2,改变总压强NO2的量会发生什么变化。
So all the, both of the partial pressures and the total pressure are going to go lower than indicated here.
那么所有的，两个分压，和总压强会比，这里指示的低。
And our question is, what we're going to be asking is, how many, if I give you the total pressure and the temperature here, what else do I need to know to find out all these molar fractions?
我们的问题是，如果我们被问到多少，如果给定总的压强和温度，我们还需要知道什么，才能知道混合的摩尔分数？
Because really what we want is the total pressure as a function of the composition in the gas phase.
因为我们想要的是，总压强作为气相组分的函数。
So when we look at problems where we change the pressure, the total pressure of the system, this is going to stay the same.
所以当遇到，压强改变系统的，总压强改变的问题时，这项是不变的。
Are we going to try to figure out how the total pressure above the solution changes.
我们能不能得到溶液上的总气压，是如何变化的。
Tells you the pressure of, the total pressure, or partial pressure at coexistence and the composition.
告诉我们总压强，共存曲线上分压和组分比。
So when I have a pure water solution, the total pressure is going to be the same as the vapor pressure of water at a particular temperature Let's take temperature fixed at some value.
当溶液是纯水时，总压强应该等于纯水，在特定温度下的蒸汽压，我们让温度固定。
So I'm going to find the total pressure as a function of the composition in the gas phase.
我想找到总压强作为，气相中组分的函数。
So let's take the derivative of this with respect to total pressure. Well, this isn't total pressure.
对这个方程两边对总的压强求导，好，这里不是总压强。
I'm going to have the total pressure is going to be the partial pressure of the water.
我先考虑总压强，等于水的蒸汽压的情况。
We plug in all the numbers, and we get that the total pressure is now 0.685 bar.
把这些数都代入方程，总气压等于0。685巴。
I'm going to go to the second one, which is the effect of the total pressure on the reaction.
来看第二个，总压强对反应的影响。
Well, as long as you keep the pressure, the total pressure, constant, Kx then you should be able to use Kx.
好只要压强不变，总压强不变，那么就应该用。
So pure A. And pA is the vapor pressure of the mixture Which in this case here is the total pressure, because I don't have anything else that's volatile.
即纯净的A物质，pA是混合物得蒸汽压，在这里是总压强，因为我们没有加入任何不易挥发的溶质。
pA I'm trying mix up the partial pressures and the total pressure in all ways that I know how to write it And then hope that something's going to come out that's going to be helpful.
,我尝试把总压强用分压写出来,用一种我知道怎么写的方式写出来,我希望我能得到,某些有用的结果。
Such that the sum of the partial pressure of the inert gas, plus the partial pressure of A, is the total pressure. One bar, in our case.
总压强P等于惰性气体的分压，与A物质的蒸汽压之和，在我们的例子中总压强是一个大气压。
As I'm increasing the total pressure, meaning I'm putting more and more inert gas in there, a Is it going up, down, or staying the same?
当我增加总压强的时候，这意味着我放入越来越多的惰性气体，的蒸汽压会如何变化？，which, way, is, this,going ？，它是增加，减少很是保持不变？
YB Is going to be answer to part b, given these two molar fractions and the total pressure.
等于0。139,so,yB,is, equal,to, 0。139。，这是成分b的答案，我们可以从这两个摩尔分数和总气压算出来。
So now if I draw a diagram, and I just focus on, so there's the total pressure sitting here.
现在如果我要画相图，我只需要关注，这里代表总压强。
The question we're going to ask is, what happens when we change the total pressure in this reaction here.
我们要问的问题是，总压强改变时，会发生什么事。
Changes of sidewall sweep Angle and cowl position can influence inlet performance such as mass capture, total pressure recovery coefficient and uniformity of isolator exit flow field.
侧板后掠角大小和整流罩位置变化时，对进气道的质量捕获、总压恢复系数和隔离段出口流场的均匀性等都有一定的影响。
And three-dimensional sidewall compression inlet with 25 percent cowl position has high mass capture and total pressure recovery coefficient and isolator exit flow flied is homogeneous.
整流罩位置为25%的三维侧压进气道可以获得较高质量捕获和总压恢复系数，且隔离段出口流场比较均匀。
According to the different motor ignition states, a series of total pressure values of observed points on the respective jet axis distances was measured.
针对不同的发动机点火状态，在射流轴线的不同距离上对一系列测点位置的总压参数进行了测量。
And blowers are chosen according to calculation of air volume and total pressure loss.
风机根据计算空气量和总压力损失的数值进行选择。
Characteristics and influence factors of total pressure distortion are studied based on tests conducted on a disturbed board installed in the nacelle inlet.
在吊舱进气道进口安装扰流板进行试验，研究扰流板进气畸变的影响因素及总压畸变特征。
For a given media, and at a constant total pressure and temperature, the partial pressure of oxygen is proportional to oxygen mole fraction.
对一个给定的媒介，在恒定的总压和温度下，局部压力与氧的克分子数成比例。
Variation histories of total pressure of the vacuum system, product temperature as well as product mass are achieved by numerical calculation.
通过数值解算得到系统总压、产品温度(表面温度、中心温度、质量平均温度)、产品质量随时间的变化曲线。
This paper details the experimental methods and results using the airfoil sensors to measure total pressure and total temperature distributions behind the rotors in a multistage axial-flow compressor.
较详细地介绍了某多级压气机修改前后，利用叶型受感部测取各级转子出口总压、总温分布的试验方法和结果。
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