I care about you. I wanted to illustrate that this is representing different wavelengths in the visible.
很关心你吧,我要说明一下,在视觉上,它们代表了不一样的波长。
So anything that goes from a higher energy level to 2 is going to be falling within the Balmer series, which is in the visible range of the spectrum.
任何更高能级到2能级2,都是属于Balmer系,它在可见光谱中。
Of course what you can imagine is a world in which Venus isn't visible in the morning.
你能想象的是,在某个世界里,金星在早上是看不见的
The SIV really was a liability but it wasn't visible to investors investing in the bank.
结构投资公司本身就是债务,但银行的投资者们并不了解这点
The poet Wallace Stevens puts it beautifully when he says that poetry should make the visible a little hard to see; in other words it should be a defamiliarizing of that which has become too familiar.
诗人华莱士,史蒂文斯在解释这点时说得很漂亮,他说,诗应给能见之物涂上一点朦胧的色彩,换句话说,诗应将熟悉的事物陌生化。
And this is exquisitely visible to us in the Nativity Ode.
这在《圣诞清晨歌》里可以很清楚的看出来。
It's only going to bind to fragments that contain that piece of the gene, and it will make those visible to you in some way so you can see where your gene traveled.
它只会和有那段序列的片段结合,从而能让你看到那段片段在哪里,你就可以知道目标基因片段到了哪个位置
When they're through and had reached their peak, their notion of monarchy is something fit for barbarians, but not for Greeks. A free man may not live under a monarchy, and the roots of that, I think, are visible in Homer.
当他们赢得竞争,到达权利的顶峰时,他们所谓的君主制其实更适合于异邦人,而不是希腊人,君主统治下不存在自由人,这个想法的根源可以在《荷马史诗》中找到
And you have to ask yourself is the energy difference here, the delta E in the electronic states, how does that compare with the E of visible light?
所以我们会问,是由于能量的不同么,例如deltaE在电子能态的不同,那如何把E与可见光联系起来?
The Morning Star is that heavenly body which is the last heavenly body that's still visible as dawn comes in and it begins to get light.
晨星就是,这样一个天体,它是黎明来临,天快亮时,还能看到的,最后一颗星星
The Evening Star is the, roughly speaking, first heavenly body that's visible in the sky as it gets dark, at least at certain times of the year.
粗略说来,昏星就是,天黑时第一个能看见的天体,至少在一年的某个时间段是这样
We can plug this in further when we're talking about the visible part of the light spectrum, because we know that for n final equals 2, then that would mean we plug in 2 squared here, so what we get is 1 over 4.
当我们讨论可见光谱的时候,我们可以把这个代进去,因为我们知道n末是等于2的,这意味着我们可以。
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