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But it is interesting. Let's just, for an order of magnitude say what happens for ground state electron in atomic hydrogen?
但行星模型其实挺有趣的，按照重要的先后顺序，我们来猜想一下,氢原子中的基态电子会发生些什么？
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Mercury is a liquid metal, and mercury, the planet, is the fastest moving naked eye heavenly body. Mars, iron, why is Mars red?
水银是液态金属，水银，行星，是肉眼能看到的运动最快的天体,火星，铁，为什么火星是红色的？
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Why do I believe in certain planets too far away to be observed directly through a telescope?
我为什么会相信在望远镜正常观测范围外的,遥远之处存在行星
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By putting the two together, out comes the elliptical motion of the planets.
将这两个式子联立,就得到了行星作椭圆运动的方程
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Look, take the argument of the planets, the Morning Star and the Evening Star example.
拿行星的论证,晨星和昏星的那个例子来说
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and they tell you the answer, which will be some elliptical motion.
他们会告诉你答案,行星会做椭圆运动
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OK, this is the Bohr model, Bohr model of the atom is planetary or nuclear.
好的，这就是波尔模型，波尔的原子模型是行星模型或者核心模型。
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Then again, you will find the evolution of the planetary motion, because the rate of change of the rate of the change of the position is connected to the position.
同样地,这就是行星运动的演化过程,因为行星位移的变化率的变化率,与它的位移有关
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It's a planet. It's Venus, if I recall correctly.
它只是颗行星,金星,我没记错的话
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That exists far from planets, far from everything.
它可以在远离行星,甚至,远离一切的地方存在
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So, it's a planetary model.
这是一个行星模型。
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Here's your planet.
这是行星
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That was Cartesian space. When I plot r as a distance out from the nucleus that is sort of our simple-minded planetary model. Now let's look at energy.
笛卡尔坐标系，当我用r表示,离原子核的距离时，那只是我们头脑中简单的,类似行星的模型，现在我们看一下能量问题。
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