What did we lose in our understanding of it as a literary object when the second half was not published?
将它置于文学作品之列来理解时,我们失去了什么?,书的后半部分没出版时?
But to some degree Times Square has lost its original character
但从某种程度上讲,时代广场已经失去了它的本来面貌。
And I'm going to call this the you can break even law; you can break even law.
我叫它,你能保本定律“,你不会失去能量。
In other words, for an electron donor to give up its electron, the electron donor needs to have an electron acceptor.
换句话说,如果一个电子给体要失去电子,它就必须找到一个电子受体。
If something has a high ionization energy, it means that it really, really, really does not want to give up an electron.
如果某个东西有很高的电离能,这意味着它非常非常,非常不愿意失去一个电子。
I was therefore afraid and I went and hid thy talent in the earth.
我害怕失去它,所以把它藏在了地下。
It entails separation of an object to that which sanctifies it, which is God; and it involves separation from, in the form of safeguards against, anything that would threaten to remove its sanctity.
它导致了物体和使它纯洁的上帝之间的不同,这也包含着,以预防的形式,物体和会威胁它失去神性的物体之间的区别。
It never lost entirely its original character as an insurgent movement, independent of the state and hostile to it, making claims that challenge the secular authority.
它从来没有失去充满,反抗精神的本原色,它独立于国家并与之格格不入,公然向世俗权威发起挑战
You say, "Yeah, here's a math problem I haven't solved before, but so what? I've just done so much math, " it holds no appeal to me before."
你会说“是的,我没解决过这个数学问题,那又怎样?我研究了太久的数学,我对它失去了兴感“
If it could only ditch this electron, it could have the same electronic structure as neon.
如果它能失去这个电子,它就能和氖有一模一样的电子结构。
Lithium has three electrons. If it loses two one remains. What is this formula telling us?
锂原子有三个电子,如果它失去两个,剩下一个,那么这个式子告诉了我们什么?
If you want to lose electron, you have to find someplace for that electron to go.
如果你想要失去一个电子,你就必须为它找到一个可去的地方。
So, for example, in an electrochemical cell, it would be possible to take the sodium ion, give back its electron, and convert it into a metallic sodium, take the chloride ion, remove its electron, and restore chlorine gas.
所以,例如一个电化学的电池,它可能带有钠离子,让它得到电子,把它变成金属钠,得到氯离子,让它失去电子,作为氯气储存。
Why are you unable?
你为什么会失去它?
So lithium 2plus loses its electron.
然后锂离子失去它的电子。
So we have four choices in terms of initial and final energy levels, and also what it means - in terms of the electron -- whether it's gaining energy or whether it's going to be emitting energy?
我们有这四个选项,各有不同的初始能量和末能量,它都是按照电子来说的,不管是失去能量还是得到能量?
It's a good electron donor.
它很容易失去电子。
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