Term Symbol Assignment: For your assigned set: 1. Draw all possible microstates. 2. Sort the microstates into an M₁/Ms matrix 3. Assign term symbols to all the microstates 4. Assign J values to each term symbol 5. Use Hund's rule to find your term symbol with the lowest energy. Sets: USE LAST DIGIT OF YOUR ID NUMBER 2 electrons in p orbitals: one in 2p, one in 3p (ID: 0,2,4) 2 electrons in 3d orbitals (ID:1,3,5,6) 2 electrons: one in a 4s, one in a 3d (ID: 7,8,9)

The acidic hydrogen in benzoic acid is IR active at 3573 cm 1. Assuming this hydrogen behaves as a quantum harmonic oscillator, calculate the following (your final answer must be a numerical value). Hints: use the mass of a single hydrogen atom in kilograms and use the frequency, v, in s. 1. ao 2. a 3. az 4. as 5. Normalization constant for wo(x). 6. Normalization constant for w₁(x). 7. Normalization constant for w₂(x). 8. Normalization constant for ws(x).

The approximate energy of a system is given by (H) =3a4-4a3-36a2+10 where a is a variational parameter. What is the highest energy this system can possibly have in its ground state?

1. Using the values from the helium emission spectrum, generate a calibration curve on Microsoft Excel or other graphing software. If you are new to Microsoft Excel, specific instructions (with pictures) are given at the end of this lab and will be discussed in lab. a) In Excel, create a column labeled "scale position." This will serve as your x-values. Create another column labeled "wavelength." This will serve as your y-values. b) Enter the values for your scale position and wavelengths into each column. Do not put unit labels with the numbers. c) Create four separate graphs, one each for the four required types of trendlines ("linear", "logarithmic", "exponential", and "polynomial"). Each graph will have the same data plotted but have a different trendline. See the "Curve Fitting Using an Excel Spreadsheet" section at the end of this write-up for additional information about how to make these graphs. i. ALL graphs must conform to the requirements discussed in lab. 1) graph must take…