Course Hero - We put you ahead of the curve!
You have requested the below document.
Sign up now to view this document for free!
- Title: partition
- Type: Notes
- School: YCP
- Course: CHM 346
- Term: Fall
Coursehero >> Pennsylvania >> YCP >> CHM 346
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 346 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 134 Fall, 2005
Path: YCP >> CHM >> 134 Fall, 2005
Path: YCP >> CHM >> 134 Fall, 2005
Path: YCP >> CHM >> 136 Spring, 2006
Path: YCP >> CHM >> 136 Spring, 2006
Path: YCP >> CHM >> 136 Spring, 2006
Path: YCP >> CHM >> 136 Spring, 2006
Path: YCP >> CHM >> 136 Spring, 2006
Path: YCP >> CHM >> 136 Spring, 2006
Path: YCP >> CHM >> 136 Spring, 2006
Path: YCP >> CHM >> 136 Spring, 2006
Path: YCP >> CHM >> 136 Spring, 2006
Path: YCP >> CHM >> 136 Spring, 2006
Path: YCP >> CHM >> 134 Fall, 2005
Path: YCP >> CHM >> 134 Fall, 2005
Path: YCP >> CHM >> 134 Fall, 2005
Path: YCP >> CHM >> 134 Fall, 2005
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 344 Fall, 2008
Path: YCP >> CHM >> 345 Fall, 2008
Path: YCP >> CHM >> 345 Fall, 2008
Path: YCP >> CHM >> 345 Fall, 2008
Path: YCP >> CHM >> 345 Fall, 2008
Path: YCP >> CHM >> 345 Fall, 2008
Path: YCP >> CHM >> 345 Fall, 2008
Path: YCP >> CHM >> 345 Fall, 2008
Path: YCP >> CHM >> 345 Fall, 2008
Path: YCP >> CHM >> 345 Fall, 2008
Path: YCP >> EDUC >> 003 Fall, 2008
Path: YCP >> EDUC >> 003 Fall, 2008
Path: YCP >> EDUC >> 003 Fall, 2008
Path: YCP >> EDUC >> 003 Fall, 2008
Path: YCP >> MAT >> 250 Fall, 2008
Path: YCP >> MAT >> 120 Fall, 2008
Path: YCP >> MAT >> 120 Fall, 2008
Path: YCP >> CHM >> 451 Spring, 2006
Path: YCP >> CS >> 101 Spring, 2009
Path: YCP >> CHM >> 451 Spring, 2006
Path: YCP >> CHM >> 134 Fall, 2005
Path: YCP >> CHM >> 134 Fall, 2005
Course Hero has millions of student submitted documents similar to the one below including study guides, homework solutions, papers, and exam answer keys.
Energies Molecular and Partition Functions for Diatomics Energy ( ) Partition Function for Molecule (q) translational component 2 2 (n x + n 2 + n z ) h 2 y 8 m a2 J ( J + 1) h 2 8 2 I 1 n + h 2 ielec 2 m k T 2 3 a 2 h 8 2 I k T h2 1 1 e h gi kT e i i 3 rotational component vibrational component electronic component ( elec oelec ) kT TOTAL trans + rot + vib + elec q trans q rot q vib q elec The total partition function (Q) for a system of N particles can be calculated by: Q = qN (distinguishable particles) q e Q= N N (indistinguishable particles)
Find millions of documents here - Study Guides, Homework Solutions, Papers, Exam Answer Keys and more.
Course Hero has millions of course related materials that will enable you to learn better, faster and get an A in all your courses.
Below is a small sample set of documents:
manip.pdf
Path: YCP >> CHM >> 346 Fall, 2008
Description: All Thermodynamic Parameters Can Be Evaluated As Integrals: constant pressure w constant volume constant temperature adiabatic PdV 0 CV dT C P dT CV dT PdV + PdV CV dT 0 C P dT CV dT q C P dT C P dT CV dT H 0 0 U Apply each of...
mludlow.pdfPath: YCP >> CHM >> 346 Fall, 2008
Description: 1 Electronic Structure and Magnetic Properties of Y2Ti2 (-X) 2Y2 (X, Y=H, F, Cl, Br) Isomers Michelle Ludlow May 6, 2004 Background The magnetic properties of paramagnetic transition metal ions have been an interest of study for many years. Several p...
howie.pdfPath: YCP >> CHM >> 346 Fall, 2008
Description: Howard Levin 4/20/03 Physical Chemistry Aromaticity and Antiaromaticity in Alkali Metal and Alkaline Earth Metal Small Clusters This paper is on the aromaticity concept to small aromatic alkali metal and alkaline earth metal clusters. The scientists...
sf6dimer.txtPath: YCP >> CHM >> 346 Fall, 2008
Description: PBE1PBE/6-311+G(2d) No BSSE corrections SF6 Dimer R[A],E[a.u.] 2.8,-1992.62674652 3.0,-1992.91809919 3.2,-1993.09386983 3.4,-1993.19975869 3.6,-1993.26231795 3.8,-1993.29785965 4.0,-1993.31725200 4.2,-1993.32738049 4.4,-1993.33241115 4.6,-1993.334782...
sf6dimer2.txtPath: YCP >> CHM >> 346 Fall, 2008
Description: PW91PW91 aug-cc-pVTZ no BSSE corrections SF6 Dimer R[A],E[a.u.] 2.8,-1993.85836299 3.0,-1994.14570053 3.2,-1994.32213166 3.4,-1994.43028628 3.6,-1994.49543429 3.8,-1994.53352150 4.0,-1994.55498668 4.2,-1994.56657600 4.4,-1994.57254908 4.6,-1994.57549...
gofrlab.pdfPath: YCP >> CHM >> 346 Fall, 2008
Description: Physical Chemistry Laboratory: Introduction to Intermolecular Interactions, Molecular Dynamics, and Distribution Functions: A Box of Argon Atoms In this lab we will explore the nature of intermolecular interactions present within pure substances and ...
vanadium.pdfPath: YCP >> CHM >> 346 Fall, 2008
Description: CHM346: Physical Chemistry II Laboratory Vanadyl complexes: Spectra and Interpretation 1. Prepare samples of [VO(H2O)5]2+ and [VO(acac)2]2+ according to Procedures 1, 2 and 3 under Stock Solutions in \"Synthesis and Spectra of Vanadium Complexes\", Op...
vo5h2o.txtPath: YCP >> CHM >> 346 Fall, 2008
Description: %chk=vo5h2o #P ZINDO(nstates=20) VO[H2O]5 doublet dication PBE1PBE/6-31G(d) optimized Structure V O O H H O H H O H H O H H O H H 2 2 0.000000000000 0.000000000000 2.038665339703 2.571530175524 2.571530175524 0.000000000000 0.000000000000 0.000000000...
voacac.txtPath: YCP >> CHM >> 346 Fall, 2008
Description: %chk=voacac #P ZINDO(nstates=20) VO[acac]2 PBE1PBE/6-31G(d) optimized Structure V O O O O O C C C C C C H H C C C C H H H H H H H H H H H H 0 2 0.017381448264 0.067226444736 -1.356522518551 1.353619109677 -1.356522518551 1.353619109677 -0.01068752392...
voacac-h.txtPath: YCP >> CHM >> 346 Fall, 2008
Description: %chk=voacac-h #P ZINDO(nstates=20) VO[acac]2 C2V (hydrogens replace methyls) PBE1PBE/6-31G(d) optimized Structure 0 V O O O O O C C C C C C H H H H H H 2 0.000000000000 0.000000000000 -1.369462209408 1.369462209408 -1.369462209408 1.369462209408 0.00...
uv_vis.pdfPath: YCP >> CHM >> 346 Fall, 2008
Description: CHM346: Physical Chemistry II Laboratory Physical Chemistry II Lab: Cobalt complexes: Spectra and Interpretation 1. 2. Prepare samples of cobalt (III) acetylacetonate using several different concentrations and solvents. Record the absorption spectr...
heatsol.pdfPath: YCP >> CHM >> 346 Fall, 2008
Description: Physical Chemistry II Lab: Heats of Solution The Parr Calorimeter used in the Azulene-Naphthalene experiment can be converted to a Solution Calorimeter for mixing a solid and a liquid. In this experiment you will measure the heats of solution of bot...
oscil.pdfPath: YCP >> CHM >> 346 Fall, 2008
Description: Physical Chemistry II Laboratory Oscillating Chemical Reactions References: 1. B. Z. Shakhashiri, Chemical Demonstrations, A Handbook for Teachers of Chemistry, Vol 2, U. of Wisconsin Press,1985, p. 248. 2. http:/www.sci.wsu.edu/idea/OscilChem/index....
kinetics.pdfPath: YCP >> CHM >> 346 Fall, 2008
Description: Physical Chemistry II Lab: Kinetics of an Exchange Reaction: Naphthalene Deuteration Reference: L.D. Field, S. Sternhell, H.V. Wilton, J. Chem. Educ. 76, 1246 (1999). Summary: In this investigation you will examine the reaction of naphthalene with d...
s344.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: CHM344: Physical Chemistry I York College of PA http:/faculty.ycp.edu/~jforesma/educ/pchem/chm344.htm Instructor: Home Phone: Office: Dr. James B. Foresman 927-8437 C-213 (815-1384) Semester: Email: Office Hours: Fall 2008 JForesma@YCP.EDU MWF 11-12 ...
home1.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: HOMEWORK PROBLEM SETS PChem I: Fall 2008 Physical Chemistry, Engel and Reid (Quantum Chemistry, Engel) Due Th Aug. 28 Tu Sep. 2 Th Sep. 4 Tu Sep. 9 Th Sep. 11 Tu Sep. 16 Th Sep. 18 Tu Sep. 23 Tu Sep. 30 Tu Oct. 7 Th Oct. 9 Tu Oct 21 Th Oct 23 Tu Oct...
constants.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: Latest Physical Constants Used in Gaussian GDV Rev G.01 16-SEP-2007 stored values: Bohr Radius [m] kg per a.m.u e proton charge [C] h Planck\'s Constant [Js] NA Avogadro\'s number Joules per calorie Joules per Hartree c speed of light [m/s] k Boltzmann...
atomic_units.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: Atomic Units When you are working with expressions that have many small valued constants, it may be easier to simply set the constant or group of constants equal to 1. All constants have the value of 1 in some unit system. Here is a summary of quanti...
laguerre.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: AssociatedLaguerreFunctions L1 ( x) = 1 1 L1 ( x) = 2!(2 x) 2 L3 ( x) = 3! 3 L1 ( x) = 3!(3 3 x + 2 x 2 ) 3 1 L3 ( x) = 4!(4 x) 4 L5 ( x) = 5! 5 L1 ( x) = 4!(4 6 x + 2 x 2 6 x3 ) 4 1 L3 ( x) = 5!(10 5 x + 2 x 2 ) 5 1 L5 ( x) = 6!(6 x) 6 L...
review1.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: Early Quantum Theory Photoelectric effect Blackbody radiation Hydrogen atom line spectrum Bohr atomic theory Equations and constants: =c =h KE=h =h/mv 2 =.5mv Model Problems Particle in a Box h 2 2 2 2 + 2 + 2 + U ( x, y, z ) = E 2 y...
review2.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: Radial part of the hydrogen atom problem (atomic units): 1 d 2 d ( + 1) 1 2r 2 dr r dr + 2r 2 r R(r ) = E R(r ) How many nodes? Eigenfunctions Eigenvalues E= 1 2n 2 n 1 R2r2 R1s (r ) = 2e r E1s = 1 2 R2 s (r ) = 1 (2 r )e r...
atom_ion.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: 1 of 1 Ionization Energy H He Li Be B C N O F Ne Na Mg Atomic Number 1 2 3 4 5 6 7 8 9 10 11 12 Experim. 1.31200 2.37200 0.52030 0.89950 0.80070 1.08600 1.40200 1.31400 1.68100 2.08100 0.49590 0.73780 HF 1.31272 2.26253 0.51509 0.77646 0.77591 1.042...
Ch1_answers.pdfPath: YCP >> CHM >> 134 Fall, 2005
Description: Tro,Chapter1 38a. 38b. 38c. 38d. 42a. 42b. 42c. 42d. 44a. 44b. 44c. 44d. 44e. 52a. 52b. 52c. 52d. 56a. 56b. 56c. 56d. 62. 64. 68a. 68b. 68c. 76a. 76b. 76c. 76d. 78a. 78b. 78c. 78d. 82a. 82b. 82c. 82d. 84a. 84b. 84c. 84d. 88. 94. homogeoneousmixture(s...
Ch2_answers.pdfPath: YCP >> CHM >> 134 Fall, 2005
Description: Tro, Chapter 2 32. 105 kg 36. 2.06x103 g F 42a. consistent 42b. inconsistent 42c. consistent 42d. inconsistent 50a. TRUE 50b. TRUE 50c. FALSE 50d. FALSE 54a. Ar-40 54b. Pu-239 54c. P-31 54d. F-19 56a. 19p, 21n 56b. 88p, 138n 56c. 43p, 56n 56d. 15p, 1...
Ch3_answers.pdfPath: YCP >> CHM >> 134 Fall, 2005
Description: Tro, Chapter 3 24a. 24b. 24c. 24d. 30a. 30b. 30c. 30d. 32a. 32b. 32c. 1 Ba, 2 O, 2 H 1 N, 4 H, 1 Cl 1 Na, 1 C, 1 N 1 Ba, 2 H, 2 C, 6 O molecular compound molecular compound ionic compound molecular compound ionic compound molecular element molecular ...
CHM136Ch6WS(S2009).pdfPath: YCP >> CHM >> 136 Spring, 2006
Description: CHM 136 General Chemistry II Name Chapter 6 Worksheet, Spring 2009 Dr. Steel 1. The specific heat capacity of aluminum is 0.900 J/gK. What quantity of heat is required to heat 5.60 kg of aluminum from 20.0 C to 358.7 C? 2. The initial temperature of...
CHM136HW1(S2009)key.pdfPath: YCP >> CHM >> 136 Spring, 2006
Description: CHM 136 General Chemistry II Homework 1 Spring 2009 Name SOLUTIONS 1. A 295-g aluminum engine part at an initial temperature of 3.00 C absorbs 85.0 kJ of heat. What is the final temperature of the part (c of Al = 0.900 J/gK)? q = m c T 85000 J ...
CHM136Ch5WS(S2009).pdfPath: YCP >> CHM >> 136 Spring, 2006
Description: CHM 136 General Chemistry II Chapter 5 Worksheet, Spring 2009 Dr. Steel Name 1. A sample of iodine vapor (I2) occupies 3.00-L container at 352 torr and 24.5 C. What is the mass of the sample? 2. Calculate the density of carbon dioxide gas at 472 ...
CHM136Ch11WS(S2009).pdfPath: YCP >> CHM >> 136 Spring, 2006
Description: CHM 136 General Chemistry II Chapter 11 Worksheet, Spring 2009 Dr. Steel Name 1. Which substance in each pair likely has the greater vapor pressure at room temperature? a. b. c. d. e. CH3OH or CH3CH2CH2OH H2S or H2O C6H6 or C6H12 CH3OCH3 or CH3OH ...
CHM136Ch13WS(S2009).pdfPath: YCP >> CHM >> 136 Spring, 2006
Description: CHM 136 General Chemistry II Name Chapter 13 Worksheet, Spring 2009 Dr. Steel 1. Write a rate equation for this reaction in terms of the changes in the concentrations of the species present. 3W + 2H P + 2M + 4B 2. Use the reaction below and the in...
CHM136Ch14WS(S2009).pdfPath: YCP >> CHM >> 136 Spring, 2006
Description: CHM 136 General Chemistry II Name Chapter 14 Worksheet, Spring 2009 Dr. Steel 1. Write the concentration equilibrium constant expression for each reaction. a. 2 PbS(s) + 3 O2(g) 2 PbO(s) + 2 SO2(g) b. CS2(s) + 4 H2(g) CH4(g) + 2 H2S(g) 2. Assumin...
CHM136Ch15WS(S2009).pdfPath: YCP >> CHM >> 136 Spring, 2006
Description: CHM 136 General Chemistry II Name Chapter 15 Worksheet, Spring 2009 Dr. Steel 1. What is the formula of the conjugate base formed by each acid after it loses one proton? a. H3PO4 c. CH3CH2COOH b. C6H5CH2COOH d. HCO31- 2. What is the formula of the ...
CHM136Ch16WS(S2009).pdfPath: YCP >> CHM >> 136 Spring, 2006
Description: CHM 136 General Chemistry II Name Chapter 16 Worksheet, Spring 2009 Dr. Steel 1. Calculate the pH of a buffer that is 0.250 M of each of these acids and 0.210 M of a sodium salt of the acid (i.e. sodium benzoate in the case of benzoic acid). a. b. c...
CHM136Ch17WS(S2009).pdfPath: YCP >> CHM >> 136 Spring, 2006
Description: CHM 136 General Chemistry II Chapter 17 Worksheet, Spring 2009 Dr. Steel Name 1. Indicate whether each process is spontaneous or nonspontaneous. a. b. c. d. e. f. water vapor condensing at 50 C salt crystallizing from an unsaturated solution a col...
CHM136Exam1Review(S2009).pdfPath: YCP >> CHM >> 136 Spring, 2006
Description: CHM136 Exam 1Review Sheet Exam 1 will cover chapters 6 and 5 in the Tro text. The topics from each chapter that may appear on the exam are listed below briefly. Following that there are several example problems that you can solve as practice in prepa...
Exam1Review(F2008).pdfPath: YCP >> CHM >> 134 Fall, 2005
Description: CHM 134 General Chemistry I Exam I Review Dr. Steel The answers follow on the third and fourth pages of this document. 1. Complete the table below. Part A Zn2+ NH41+ Fe3+ Cu2+ Pb4+ H Part B Br1+ S2CO32 O2 O2Cl Type Formula Name pota...
Exam2Review(F2008).pdfPath: YCP >> CHM >> 134 Fall, 2005
Description: CHM 134 General Chemistry I Exam 2 Review, Dr. Steel Name 1. Give the oxidation number of sulfur in each of these compounds. H2S H2SO4 SO2 SO32- 2. In the lab you reacted magnesium metal and oxygen gas to produce solid magnesium oxide. a. Write th...
Exam3Review(F2008).pdfPath: YCP >> CHM >> 134 Fall, 2005
Description: CHM 134 General Chemistry I Exam 3 Review, Fall 2008 Dr. Steel Name 1. Write the electron configurations of each element: a. Silicon (Si) b. Zirconium (Zr) c. Gallium (Ga) 2. What are the quantum numbers of the last electron of each element in ...
Exam4Review(F2008).pdfPath: YCP >> CHM >> 134 Fall, 2005
Description: CHM 134 General Chemistry I Exam 4 Review Dr. Steel Name 1. Identify the type of hybridization on each of the indicated atoms. a. -2 O C O O C b. F F Br F Br c. H C N1 C H C C1 H H C C2 O H C3 H N2 H H C1 C2 C3 N1 N2 2. a. Draw the molecu...
exam1q-f08.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: CHM344: Physical Chemistry I 1. Fall 2008 Examination I What is the kinetic energy of an electron emitted from the surface of Cesium when it is exposed to incident light having wavelength 525 nm? The work function for Cs is 2.14 eV. Calculate also ...
exam1-f08.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: h := 6.626 10 34 J s nm := 1 10 9 m m eV := 1.6022 10 19 J pm := 1 10 12 1. KE := h c 525 nm 2.14 eV KE = 3.55 10 20 J v := 2 KE 9.109 10 31 kg v = 2.792 10 5m s 2. 56700 16 = 907200 4. 6 h 7 10 kg 100 m s...
exam2q-f08.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: Physical Chemistry I: Fall 2008 Exam 2: In-Class, Closed-book Questions 1. Short Answer a. Give a valid combination of hydrogen atom quantum numbers for a state whose total angular momentum is equal to 6h and whose angular momentum projected onto t...
exam2-f08.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: Exam II, Question 10: r 2 2 2 N ( 2 r) e r dr simplify 8 N 2 normalization 0 N := r 1 8 R( r) := N ( 2 r) e 2 expectation value of r: R( r) r R( r) r dr 6 2 0 radial nodes for this orbital: root( R( r) , r , 0 , 10)...
exam3q-f08.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: CHM344: Physical Chemistry I Fall 2008 Examination III: Part 1 (in class) Name 1. I have included a printout of a Huckel calculation on azulene using Mathcad. Please refer to this to answer the following questions. Remember that the eigenvectors ar...
exam3-f08.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: 5 Normalized Atomic Basis Functions for Helium 4.5 4 3.5 3 Sto-3G 2.5 Slater Sto-6G 2 1.5 1 0.5 0 0 1 2 3 4 5 6 RoVib Spectrum of HCL [0 to 2 vib transition] excited state n J 2 8 2 7 2 6 2 5 2 4 2 3 2 2 2 1 2 0 2 1 2 2 2 3 2 4 2 5 2 6 2 ...
quantum2006.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: PChem Quantum 2006 ACS Exam 5 4 3 York College Students 2 1 0 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 Raw Scores ...
chm344_final.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: CHM344 Final Exam 14 12 10 8 York College Students 6 4 2 0 1 2 2.5 3 3.5 4 Recorded Grade (rounded) ...
f08grades.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: Numberofst tudents 0 1 2 3 4 CHM344 (Ph i l Ch i I) F ll 2008 CHM344(PhysicalChemistryI):Fall2008 CourseAverage 1.40 1.45 1.50 1.55 1.60 1.65 1.70 1.75 1.80 1.85 1.90 1.95 2.00 2.05 2.10 2.15 2.20 2.25 2.30 2.35 2.40 2.45 2.50 2.55 2.60 2.65 2.70 ...
chm344grades.pdfPath: YCP >> CHM >> 344 Fall, 2008
Description: CHM344 (Ph i l Ch i I) R Y CHM344(PhysicalChemistryI):RecentYears 4 3 2 1 0 1.40 1.50 1.60 1.70 1.80 1.90 2.00 2.10 2.20 2.30 2.40 2.50 2.60 2.70 2.80 2.90 3.00 3.10 3.20 3.30 3.40 3.50 3.60 3.70 3.80 3.90 4.00 CourseAverage ...
planck_lab.pdfPath: YCP >> CHM >> 345 Fall, 2008
Description: CHM345: Physical Chemistry I Lab Lab 1: Working with Blackbody Radiation, Photoelectric Effect, and Balmers Spectrum for Hydrogen The purpose of this lab is to have you work with equations that emerged from the early quantum experiments. These all ha...
harmonic.pdfPath: YCP >> CHM >> 345 Fall, 2008
Description: Physical Chemistry Lab Exercise: Quantum Mechanical Harmonic Oscillator Working with HCl and HI in the n=1 Harmonic Oscillator State In this exercise we will investigate the allowed energies and wavefunctions that describe the vibrational motion of ...
probability.pdfPath: YCP >> CHM >> 345 Fall, 2008
Description: Physical Chemistry Lab Exercise: Quantum Mechanical Probability This lab is a series of exercises where you compute quantum mechanical probabilities for model systems (particle in a box, harmonic oscillator, and rigid rotator). 1. A particle is conf...
hatom.pdfPath: YCP >> CHM >> 345 Fall, 2008
Description: Physical Chemistry I Laboratory: Quantum Mechanical Treatment of Hydrogen Atom: Visualizing Results In this exercise you will generate volumetric data for the solutions to Schrdingers Equation for the hydrogen atom. The radial wavefunction and proba...
h2plus.pdfPath: YCP >> CHM >> 345 Fall, 2008
Description: Physical Chemistry I Lab Exercise: MO Theory: The Hydrogen Molecular Cation First review the background of this problem as presented in the textbook and lecture notes. You should write down the Hamiltonian in your notebook and understand what each t...
howto_secdet.pdfPath: YCP >> CHM >> 345 Fall, 2008
Description: This is a sample Mathcad document that shows how to solve a secular determinant which emerges from variational theory. This is the general case of a system with 2 basis functions. First declare values for the integrals (normally we would have to solv...
huckel_deloc.pdfPath: YCP >> CHM >> 345 Fall, 2008
Description: PhysicalChemistryLab:DelocalizationEnergiesfromHuckelTheory Youmayworkonthislabinpairsorindividually.Youwillbeassignedoneofthefollowingmoleculestostudy: Themoleculesareallfoundinyourtextbookinfigure25.19.Yourtaskistoreproducethenumberreportedinthi...
mfg.pdfPath: YCP >> CHM >> 345 Fall, 2008
Description: Physical Chemistry I Laboratory My First Gaussian Calculation This lab exercise is meant to have you experiment with the Gaussian 03 program for the first time. You will gain experience with how to submit jobs, how to make choices in preparing the i...
point.pdfPath: YCP >> CHM >> 345 Fall, 2008
Description: Physical Chemistry I Lab Exercise: Point Groups and Group Theory Part 1: Identify the point group to which each of the following molecules belong. a. b. c. d. e. f. g. h. i. j. k. l. ethane (staggered) ethane (eclipsed) ethane (skew) butadiene (cis)...
azide.txtPath: YCP >> EDUC >> 003 Fall, 2008
Description: %chk=azide # rb3lyp/6-31g(d) FOPT=CalcAll (CH3)2CH-N=N=N 01 C C,1,B1 C,1,B2,2,A1 N,1,B3,2,A2,3,D1,0 H,3,B4,1,A3,2,D2,0 H,3,B5,1,A4,5,D3,0 H,3,B6,1,A5,5,D4,0 H,2,B7,1,A6,4,D5,0 H,2,B8,1,A7,8,D6,0 H,2,B9,1,A8,8,D7,0 N,4,B10,1,A9,2,D8,0 N,11,B11,4,A10,1...
imm.txtPath: YCP >> EDUC >> 003 Fall, 2008
Description: %chk=imm # rb3lyp/6-31g(d) FOPT(CalcAll) (CH3)2-C=N-H 01 C C,1,B1 H,1,B2,2,A1 H,1,B3,2,A2,3,D1,0 H,1,B4,2,A3,3,D2,0 C,2,B5,1,A4,3,D3,0 N,2,B6,1,A5,6,D4,0 H,7,B7,2,A6,1,D5,0 H,6,B8,2,A7,1,D6,0 H,6,B9,2,A8,9,D7,0 H,6,B10,2,A9,9,D8,0 Variables: B1=1.515...
n2.txtPath: YCP >> EDUC >> 003 Fall, 2008
Description: %chk=n2 # RB3LYP 6-31G(D) OPT(CalcAll) Nitrogen (N2) 0 1 N N,1,R2 Variables: R2=1.10550117 ...
azidets.txtPath: YCP >> EDUC >> 003 Fall, 2008
Description: %chk=azidets # rb3lyp/6-31g(d) FOPT(TS,CalcALL,NoEigenTest) H.(CH3)2-C-N.N=N Transition state 01 H C,1,B1 C,2,B2,1,A1 C,2,B3,1,A2,3,D1,0 N,2,B4,1,A3,3,D2,0 H,4,B5,2,A4,1,D3,0 H,4,B6,2,A5,6,D4,0 H,4,B7,2,A6,6,D5,0 H,3,B8,2,A7,1,D6,0 H,3,B9,2,A8,9,D7,0...
syllabus.docPath: YCP >> MAT >> 250 Fall, 2008
Description: Spring Semester, 2007 9:30-10:45 Tuesday Thursday CH205 Instructor: Dr. Laura A. Garrison Office: LS 332 Phone: 815-6427 email: lgarriso@ycp.edu web page: http:/dragon.ycp.edu/~lgarriso MAT250 - Statistics Off...
Syllabus.docPath: YCP >> MAT >> 120 Fall, 2008
Description: MAT 120 APPLIED CALCULUS SPRING 2009 Dr. James G. Troutman OFFICE HOURS: Office location is A-303, e-mail at jtroutma@ycp.edu and phone ex 1215 (8151215). Hours are Mon 4:45-5:30, Tue 2-5, Wed 1-3, and Thur 11- 12. You are welcome at my office at any...
T83-manual.pdfPath: YCP >> MAT >> 120 Fall, 2008
Description: ...
CHM451(S2007).pdfPath: YCP >> CHM >> 451 Spring, 2006
Description: CHM 451: Capstone Laboratory Experience York College of PA Instructor: Dr. William H. Steel Semester: Spring 2007 Office: C-212 (815-6485) Email: wsteel@ycp.edu Office Hours: Mon. 11 am 1 pm, Tue. 2 3:30 pm, Thu. 2 3:30 pm (also available by appoi...
syllabus.pdfPath: YCP >> CS >> 101 Spring, 2009
Description: SpringSemester,2009Tues/Thurs9:3011:20orTues/Thurs12:302:20 Instructors: Dr.DavidBabcock(12:30KEC119) CS101FundamentalsofComputerScienceI OfficeHours: M1:003:00;T/Th10:0012:00 101KinsleyEngineeringCenter 8156442 email: dbabcock@ycp.edu webpage:ht...
CHM451(S2006).pdfPath: YCP >> CHM >> 451 Spring, 2006
Description: CHM 451: Capstone Laboratory Experience York College of PA Instructor: Dr. William H. Steel Semester: Spring 2006 Office: C-212 (815-6485) Email: wsteel@ycp.edu Office Hours: Mon. 2 3 pm, Tue. 1 2 pm, Wed. 1 3 pm, Thu. 1 2 pm (also available by a...
CHM134Ch1WS(S2007).pdfPath: YCP >> CHM >> 134 Fall, 2005
Description: CHM 134 General Chemistry I Chapter 1 Worksheet, Spring 2007 Dr. Steel Name 1. Complete each of these calculations, reporting the answer with the correct number of significant figures and units. 65.19 m 8.349 m c. + 4.512 m a. 4.138 kg + 74.62 g ...
CHM134Ch2WS(S2007).pdfPath: YCP >> CHM >> 134 Fall, 2005
Description: CHM 134 General Chemistry I Chapter 2 Worksheet, Spring 2007 Dr. Steel 1. Give the symbol of each element: sulfur potassium mercury 2. Name each element: Mn Ti Ca Cu Ga Kr silver bromine iron Name 3. A sphere of iron has a radius of 2.67 cm. The d...