2) Explain how the one would approach solving (or approximating the solution) fo

Question

2) Explain how the one would approach solving (or approximating the solution) for: a. Hydrogen atom b. Hydride anion c. Helium atom d. Lithium atom Make sure that you discuss the process that you would use, the approximations that you will use (and why these approximations as opposed to others, how the Hamiltonian operators will look for each (you may want to simply write out the Hamiltonian operators for each of these), and how these 4 are the same and how they are different. Be thorough in your answers. (40 points)

Explanation / Answer

if the strength of bond is greater the bond dissociation energy is also more then the free H+ ions are not available or it does not readily donate the proton so the acedic strength is less,finally the acedic strength depends on bond dissociation energy

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