Chem 1320 1st Edition Lecture 17Outline of Last Lecture I. The Borgie HypothesisII. John BalmerIII. Neils Bohr and the hydrogen atomOutline of Current Lecture I. Newton II. Hydrogen AtomCurrent LectureI. NewtonNewton came up with the wave theory of motion. The formula is F=ma. To figure out the problem you have to first determine the behavior exactly. Then you must find the initial values and know everything. The Schrodinger equation is the Hamiltonian x wavelength function= energy x wavelength function. To find this you need to first fine the probability. Then find the wavelength function squared electron density/ location probability. The uncertainty principal is when you don’t know everything. About a system, ΔxΔp≥h/4∏; x=position, p= momentum (mass x velocity) Some consequences are the Bohr Model vs. The Quantum Mechanical Model. The Bohr Model means it has circular orbits and electron positions. The Quantum Mechanical Model is orbital and has electron energy states with definite energy. The location also leads to probability. II. The Hydrogen Atom (Figure 7.18 in Book) There are quantum numbers (electron book keeping) associated with this. The n stands for principal quantum number (1,2,3,……). The l stands for angular momentum quantum number (shape of the orbital). Lastly, the ml stands for magnetic quantum number (the orientation). These notes represent a detailed interpretation of the professor’s lecture. GradeBuddy is best used as a supplement to your own notes, not as a
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