Problem_Set_4 - CHEM 370 PROBLEM SET 4 SPRING 2008 PROBLEMS...

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CHEM 370 P ROBLEM S ET 4 S PRING 2008 P ROBLEMS FROM M C Q UARRIE AND S IMON From Chapter 4/Some Postulates and General Principles of Quantum Mechanics Problem 4.25 (p. 138) Note the wavefunction ( 29 n x,t Ψ corresponds to a stationary state while the wavefunction ( 29 x,t Ψ corresponds to a non-stationary state . From Math Chapter D/Spherical Coordinates Problem D.1 (p. 153) Problem D.2 (p. 153) Instead of the choices in the problem do only the point ( 29 1 1 1 x,y,z , , 3 3 3 = . Problem D.4 (p. 154) Modify the result for the volume V of a sphere after Eq. (D.3) on p. 149. Problem D.7 (p. 154) Also show that y 2p ψ and 2s ψ given in Problem D.8 are mutually orthogonal. Use spherical polar coordinates and also use the integral formula at the bottom of p. 244. From Chapter 5/The Harmonic Oscillator and the Rigid Rotor: Two Spectroscopic Models Problem 5.20 (p. 183) This was on Problem Set 3. It is repeated here in order to show you an easier way to do it. Using Table 5.3 on p. 170 write the integrand
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This note was uploaded on 06/27/2008 for the course CHEM 370 taught by Professor Oldsleepyman during the Fall '08 term at Purdue University-West Lafayette.

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Problem_Set_4 - CHEM 370 PROBLEM SET 4 SPRING 2008 PROBLEMS...

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