Okay two going to three that's this, it's adiabatic, right.
从二点到三点,是绝热过程。
And I take a great deal of gratification from my own writing.
而且,从我自己的写作过程中,我也体会到满足感。
This process, I said, this ancient process of taking scabs from patients and introducing them to people you wanted to protect, was called variolation.
这个过程,我想,这个从病人身上取痂,接种到你想保护的人身上的古老过程,叫做天花接种
And so just like here, w2 now q2 is minus w2, that's integral going from three to four p dV.
就跟这儿一样,现在是q2等于负,等于从第三点到第四点过程的pdv的积分。
So, that's how you go from the discount rate to the investment rate.
这就是从折扣率到投资收益率的换算过程
Absorption is just the opposite of emission, so instead of starting at a high energy level and dropping down, when we absorb light we start low and we absorb energy to bring ourselves up to an n final that's higher.
吸收就是发射的逆过程,与从一个高能量到低能量不同,当吸收光时,我们从低能量开始,吸收能量到一个更高的能量。
This process is sublimation, solid to vapor.
从固态到液体的这个过程,叫做长华。
Maybe when these physical processes, B1 through Bn, take place, they set into motion...remember, after all we're interactionist dualists.
也许当这些物理过程发生时,也就是从B1到Bn,它们开始运转,要记住,毕竟我们是心物交互的二元论者
So from one to two it's isothermal.
从一点到二点是等温过程。
So the Joule free expansion involves opening this valve and asking what happens when this gas moves into the other bulb or distributes between the two.
焦耳自由膨胀就是,打开阀门后的过程,气体从一个腔跑到另一个腔,并在它们之间平均分配。
That's how we go from the discount rate to the investment rate.
这就是从折扣率到投资收益率的换算过程
If p2, the pressure in p2, is less than the pressure in p1, is the gas going to want to go from p2 to p1 and the whole thing reverse back?
比p1中的压强小,在整个逆向过程中气体,会从p2到p1中去吗?
So, the work for this process is the integral, pdv or minus the integral, V1, V2, p dV.
此过程中的做功等于负的积分,从v1到v2,外部。
We talked very superficially about the biological process going from DNA to protein, so the process of transcription, RNA processing, and translation to produce a protein.
我们粗浅地讲了下,从DNA到蛋白质的生物学过程,即转录,RNA加工,以及翻译得到蛋白质的全过程
Now going from three to four right, so we have another isothermal process for an ideal gas, so I won't try to make you sing again so soon.
从第三点到第四点,这也是一个理想气体的,恒温过程,这次不用你们集体回答了。
Remember it's the external pressure that's important. In this case, because it's a reversible process, the external pressure turns out to be always the same as the internal pressure.
是过程非常缓慢,比如我把体积,从V1压缩到V2时,我做得十分缓慢,在过程中的任何一点。
So now let's try looking at something V2 where are V1 goes to V2.
现在我们考察一个过程,这个过程中系统的体积从V1变到。
It's not as simple as DNA going to RNA going to protein, because proteins need to be present in order to make these things happen as well.
基因表达不是简单的从DNA到RNA,再到蛋白质,因为整个过程需要,不同酶的催化作用
That's equivalent to doing the integral, and so, what we end up getting is that the reversible work v2 pdv is equal to minus integral V1, V2, p dV.
这与刚才的积分过程效果相同,最后,我们得到的结论是可逆过程的功,是负的积分,从v1到。
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