Constant. Ooh, constant says, no matter what the length of the list is, I'm going to take the same amount of time.
这个算法用的时间是相同的,我不这么认为,如果我们创建一个十倍于以前大小的数组。
Okay, so 1 is a viable answer in some contacts that needs constant time, the same amount of time no matter what.
在需要常量时间的情况下,答案是1,不管怎样,总时间是,相同的。
As long as you're dealing with state functions it doesn't matter to get at the same results here.
不影响结果,我们的推导就基于这一点。
There's one quantity that's going to come out the same, no matter who is looking at the vector.
但是也有一个量是始终不变的,不管是谁在观察这个矢量
No matter where you specify your electron is in terms of those two angles, it doesn't matter the angular part of your wave function is going to be the same.
不论你将,这两个角度,取成什么值,波函数的角向部分,都是,相同的。
They are made of organic matter:the same rules, the same laws of chemistry that apply to what makes this laser glow green apply to what makes these photodetectors work.
而是由有机物制作的,同样的规律,它与应用于让激光的光芒变绿,以及使这些光电探测器工作,的化学是一样的规律。
They think, it doesn't matter what I do, I'm going to get the same consumption as everybody else, so I'll just get lazy-- a very fundamental problem, which you probably are already aware of.
因为他们知道,无论做了什么,都会享受与其他人相同的消费水平,所以偷懒就行了-,想必你们都已经意识到了,道德风险在这里是极其重要的问题。
If God replaces my soul every 10 minutes, as long as he does such a way to imprint the very same personality on the soul, it doesn't matter any more than it did matter or not.
若上帝每十分钟改变一次我的灵魂,以此来将同样的人格,装进我的灵魂里,其实这一点根本,无所谓了。
Maybe you don't control thermostats in your dorm room, some of you do and some of you don't probably, and maybe it doesn't work very well so it might not be a good example, but imagine a perfect thermostat that you set for a temperature and then the temperature stays the same inside the room no matter what the temperature is outside.
可能你根本就不理卧室里的恒温器,有些人去调它,有些人就置之不理,可能它压根就是坏的,所以这个例子也许并不恰当,但你还是想象一个完美运行的恒温器,你设定温度后房间里的温度就保持不变,不管外面温度是多少
px And I arbitrarily chose to put it in the 2 p x, 2pz we also could have put it in the 2 p y or the 2 p z, it doesn't matter where you double up, they're all the same energy.
我任意地选择放入至,我们也可以把它放入2py或,它与你在哪双倍填充没有关系,它们都在相同的能级。
So that's true for a hydrogen atom, it doesn't matter if you're in a p or an s orbital, their energies are the same.
这对于氢原子来说是这样的,不论是p或,者s轨道,能量是一样的。
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