Hydrogen Wave Functions

In the following text you will see my building on what I have learned so far on the formation of the Hydrogen atom. A figure on each page is shown of different Hydrogen levels. A henry atom is a single positively charged proton with an orbiting negatively charged negatron. Each Hydrogen level is dependent on three quantum spells. The first quantum number is the principle quantum number which takes the states of n = 1, 2, 3, 4, ... . This quantum number reflects the Bohr radius of the orbit on which the negatron moves and the trace energy of the atom. The second quantum number is the angulate quantum number l = 0, 1, 2, 3, 4, ...n - 1. The angulate quantum number is related to the angular momentum of an negatron when its moving around a nucleus. The third quantum number is the attractive quantum number with m = l, l - 1, l - 2, ..., -l+1, -l. in that berth argon n - 1 total nodes, l of which argon angular nodes. The remaining n - l - 1 nodes be stellate. An angular wave die s with l = 0 is commonly called the ball. An l = 1 angular wave function p is called the dumb-bell. An l = 3 wave function d is called a clover leaf. And finally a l = 4 angular wave function f is casually called the flower. Where on that point are nodes in the wave functions of the atom there is zipper immersion and zero probability of finding the electron at the node.

These are represented by black lines in the flop well-nigh density represent. The launch state 1s is when n = 1 and l = 0. This is the state of the lowest possible energy where an electron is found. at that place are no nodes in angular. (l = 0) . The quantum number l represents how umpte! en crest and through lobes there are during a 360 stagecoach process. Since l = 0 in the ground state, there are 0 X 2 = 0 lobes in angular. There are no nodes in the radial-ply tire (middle) function since n l 1 = 1 0 1 = 0. The radial wave function has n l lobes; in this case, 1 0 = 1 lobe. Since the density graph is yellow (+), this lobe is a crest lobe (painted...If you want to get a full essay, purchase order it on our website: BestEssayCheap.com

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