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St. Francis IL - ASSETS - 172
283Institute for Contemporary Franciscan LifeThe structure of the Institute for Contemporary Franciscan Life program facilitates independent adult learning in a distance-education format. Courses earn Institute Units toward a post-baccalaureate ce
St. Francis IL - ASSETS - 176
283Institute for Contemporary Franciscan LifeThe structure of the Institute for Contemporary Franciscan Life program facilitates independent adult learning in a distance-education format. Courses earn Institute Units toward a post-baccalaureate ce
St. Francis IL - ASSETS - 172
322/Saint Francis UniversityAdvancement of the UniversitySaint Francis University conducts an advancement program that communicates the history, tradition, and story of the University while encouraging active support of its programs and objectives
St. Francis IL - ASSETS - 176
322/Saint Francis UniversityAdvancement of the UniversitySaint Francis University conducts an advancement program that communicates the history, tradition, and story of the University while encouraging active support of its programs and objectives
St. Francis IL - ASSETS - 172
316/Saint Francis UniversityIndexAcademic Calendar . . . . . . . . . . . . . . . . . . 6 Academic Center for Enrichment . . . . . . . 219 Academic Honesty . . . . . . . . . . . . . . . . . . 58 Academic Honors . . . . . . . . . . . . . . . . . . .
St. Francis IL - ASSETS - 176
316/Saint Francis UniversityIndexAcademic Calendar . . . . . . . . . . . . . . . . . . 6 Academic Center for Enrichment . . . . . . . 219 Academic Honesty . . . . . . . . . . . . . . . . . . 58 Academic Honors . . . . . . . . . . . . . . . . . . .
St. Francis IL - ASSETS - 172
318/Saint Francis UniversityDirections to Saint Francis UniversityFROM THE NORTH (Erie and surrounding areas)Take Interstate 79 South to Route 422 East (Exit 99 or old Exit 29) into Ebensburg. Turn left at the traffic light onto High Street and p
St. Francis IL - ASSETS - 176
318/Saint Francis UniversityDirections to Saint Francis UniversityFROM THE NORTH (Erie and surrounding areas)Take Interstate 79 South to Route 422 East (Exit 99 or old Exit 29) into Ebensburg. Turn left at the traffic light onto High Street and p
Centenary LA - BPHY - 304
11.1 INTRODUCTION Imagine a giraffe, a Chihuahua, and an ant walking side by side without undue urgency. For every stride that the giraffe makes, the Chihuahua takes many and the ant many more. Most people intuitively know that the shorter the leng
Centenary LA - BPHY - 304
11.1 INTRODUCTION Imagine a giraffe, a Chihuahua, and an ant walking side by side without undue urgency. For every stride that the giraffe makes, the Chihuahua takes many and the ant many more. Most people intuitively know that the shorter the leng
Centenary LA - BPHY - 304
12.1 INTRODUCTION Single-cell organisms live in direct contact with the environment from where they derive nutrients and into where they dispose of their waste. For living systems containing multiple cells, there is the challenge of how to get nutr
Centenary LA - BPHY - 304
13.1 INTRODUCTION The human ear can detect an extraordinary range of sound intensities, from a faint whisper to a clap of thunder 10 billion times as loud. The ear can also distinguish frequencies from 20 to 20,000 Hz, allowing us to pick a familia
Centenary LA - BPHY - 304
14.1 INTRODUCTION Thermoregulation is the maintenance of body temperature within a range at which cells can function effectively. Although various species have adapted differently, each is suited to an optimal temperature range. Each animal has phy
Centenary LA - BPHY - 304
5.1 INTRODUCTION The eye is able to detect light over a range of brightness of ten billion to one. It can bring into focus both starlight from millions of light-years away and light reflected from this page, about 20 cm away. The shape and optical pr
Centenary LA - BPHY - 304
1Topic 6: Light Absorption and Color in Biomolecules6.1 INTRODUCTION Why are trees green? Blood red? Carrots orange? Most colors in biological tissues arise from natural pigments. A pigment is a molecule that absorbs visible light of a certain col
Centenary LA - BPHY - 304
1Topic 7: The Behavior of Photo-Excited Molecules: Biological Actions and Biotechnological Applications7.1 INTRODUCTION Topic 6 gave us a foundation for understanding the process of light absorption in organic molecules. We now know that when a ph
Centenary LA - BPHY - 304
1Topic 8: Statistical Mechanics in Biology8.1 INTRODUCTION One goal of systems biology is to integrate information about DNA, RNA, proteins, and all the interactions between them to build a predictive model of how a cell operates. This involves tr
Centenary LA - BPHY - 304
1Topic 9: Experimental Determination of Protein Structure9.1 INTRODUCTION Funded by the U.S. Department of Energy and the National Institute of Health, the monumental Human Genome Project was completed in 2003, providing a complete sequence of the
Centenary LA - BPHY - 304
10.1 INTRODUCTION In the past few decades, basic biological research and diagnostic medicine have flourished as imaging techniques have improved. We can now view proteins at work in the cell, scan the body for anomalies, and watch neurons firing in t
Centenary LA - BPHY - 304
1Topic 11: Nerve Conduction11.1 INTRODUCTION The human nervous system contains roughly 100 billion neurons, connected in elaborate networks that transmit information from one location in the body to another. Consisting of the brain and spinal cord
Centenary LA - AIZAWA - 2009
Centenary LA - AIZAWA - 2009
Centenary LA - AIZAWA - 2009
Centenary LA - AIZAWA - 2008
PHIL 210: Symbolic LogicExam #1Ken AizawaUse no notes, books, or other information not stored in your brain to do the following. I. Give a definition of each of the following. (3 points each.) 1. Truth functional connective. 2. Arity. 3. Disjun
Centenary LA - AIZAWA - 2008
PHIL 210: Symbolic LogicExam #2Ken AizawaI. Proofs. Prove each of the following conclusions from the associated set of premises . You may use the Fitch program for these proofs. (5 points each). 1. = {B A}, = {A B}, 2. = { }, = {(B A) (B
Centenary LA - AIZAWA - 2008
PHIL 210: Symbolic LogicExam #2Ken AizawaI. Proofs. Prove each of the following conclusions from the associated set of premises . You may use the Fitch program for these proofs. (5 points each). 1. = {B A}, = {A v B}, 2. = { }, = {[(B A)
Centenary LA - AIZAWA - 2008
PHIL 206: Philosophy of ScienceGrading, etc.Ken AizawaGrades will be based on four equally weighted components: 1. The average of a set of quizzes given roughly every other Friday. These quizzes, in contrast to the papers, are designed to test
Centenary LA - AIZAWA - 2009
PHIL 101: Introduction to Philosophy Office: 201A Smith Office Hours: by appointment. Phone: x-5698. e-mail: kaizawa@centenary.edu Date 1.12.09 1.14.09 1.16.09 1.19.09 1.21.09 1.23.09 1.26.09 1.28.09 1.30.09 2.02.99 2.04.09 2.06.09 Reading Introducti
Centenary LA - AIZAWA - 2009
PHIL 101: Introduction to Philosophy Office: Smith 201 e-mail: kaizawa@centenary.edu Office hours: by appointmentGradingKen AizawaGrades will be based on the average of four equally weighted components: 1) The average of a set of six quizzes. Q
Centenary LA - AIZAWA - 2008
PHIL 210: Symbolic Logic Smith Building 201A. Office hours: By appointment. Phone: 869-5698 email: kaizawa@centenary.edu Date 8/26 8/28 9/2 9/4 9/9 9/11 9/16 9/18 9/23 9/25 9/25 9/27 9/30 10/2 10/7 10/9 10/14 10/16 10/21 10/23 10/28 10/30 11/4 11/6 1
Centenary LA - AIZAWA - 2008
PHIL 210: Symbolic Logic Smith Building 201A. Office hours: by appt. Phone: 869-5698 email: kaizawa@centenary.eduGradingKen AizawaGrades will be based upon 4 equally weighted components: 1. The average of a set of homework grades. 2. First exam
Centenary LA - AIZAWA - 2008
PHIL 210: Symbolic LogicFinal ExamKen AizawaI. Proofs. Prove each of the following conclusions from the corresponding sets . (5 points each) 1. = {y Cube(y)}, = x Cube(x) 2. = { } = Large (b) x Large (b) 3. = {x (Cube(x) (y (Dodec(y) L
Centenary LA - AIZAWA - 2008
International Phenomenological SocietyContextualism and Knowledge Attributions Author(s): Keith DeRose Source: Philosophy and Phenomenological Research, Vol. 52, No. 4 (Dec., 1992), pp. 913-929 Published by: International Phenomenological Society S
Centenary LA - PHYS - 204
Modern Physics PHYS 204 MWF , 11:50pmModern PhysicsPHYS 204 Spring 2009 MWF 1:001:50 am Mickle Hall 110 Troy C. Messina www.centenary.edu/physics/tmessina/ Mickle 09 318.869.5217 tmessina@centenary.eduSyllabusTexts The Harris text is not
Centenary LA - PHYS - 204
Modern Physics I Lab PHYS 214 M , 24:50pmModern Physics I LabPHYS 214 Spring 2009 M 2:004:50 am Mickle Hall 111 Troy C. Messina www.centenary.edu/physics/tmessina/ Mickle 09 318.869.5217 tmessina@centenary.eduSyllabusTexts No text is requ
Centenary LA - PHYS - 204
Special RelativityFriday, January 16, 2009 9:18 AMhttp:/wps.aw.com/aw_harris_mp_2/69/17800/4556992.cw/index.htmlSpecial Relativity Page 1Special Relativity Page 2Special Relativity Page 3Special Relativity Page 4Special Relativity Page 5
Centenary LA - PHYS - 204
Modern PhysicsChapter 2Companion Websitehttp:/wps.aw.com/aw_harris_mp_2/69/17800/4556992.cw/index.html Online Flash demosConstant Speed of Light Why did it take so long to figure this out?Albert Einstein (3/14/1879 4/18/1955) 1894 (Age 1
Centenary LA - PHYS - 204
Wednesday, January 21, 2009 9:02 PMHW1 Page 1HW1 Page 2HW1 Page 3HW1 Page 4HW1 Page 5
Centenary LA - PHYS - 104
Physics I Phys 104 MWF , 1111:50amCOURSE DESCRIPTION & TEXTSyllabusThis course is is the rst semester of Introductory Physics, where we will study 1D, 2D, 3D, and rotational motion, forces, Newtons Laws, work, energy, power, and gravity. The l
Centenary LA - PHYS - 104
Units, Numbers, Etc.Saturday, January 10, 2009 3:25 PMhttp:/hyperphysics.phy-astr.gsu.edu/hbase/HFrame.htmlUnits-Numbers Page 1Units-Numbers Page 2Units-Numbers Page 3
Centenary LA - PHYS - 104
1D MotionSunday, January 11, 2009 1:01 PMMotion-1D Page 1Motion-1D Page 2Motion-1D Page 3Motion-1D Page 4Motion-1D Page 5Motion-1D Page 6
Centenary LA - PHYS - 104
Motion in two and three dimensionsMonday, January 19, 2009 2:40 PMMotion-2D3D Page 1Motion-2D3D Page 2Motion-2D3D Page 3Motion-2D3D Page 4Motion-2D3D Page 5Motion-2D3D Page 6Motion-2D3D Page 7Motion-2D3D Page 8
Centenary LA - PHYS - 104
Homework 1Thursday, January 22, 2009 12:24 PMChapter 1: 10, 11, 15, 19, 21, 30, 31, 33 Chapter 2: 13, 14, 15, 18, 21, 23, 25, 27, 45HW1 Page 1HW1 Page 2HW1 Page 3HW1 Page 4HW1 Page 5HW1 Page 6HW1 Page 7
Centenary LA - PHYS - 321
SyllabusThermal PhysicsPHYS 321 Fall 2007 MWF 10:0010:50 am Mickle Hall 110 Troy C. Messina www.centenary.edu/physics/tmessina/ Mickle 09 318.869.5217 tmessina@centenary.edu Texts These lecture notes outline a single semester course intended fo
Centenary LA - PHYS - 321
Chapter 1Energy & the First Law1.1 IntroductionIn introductory thermodynamics we will primarily discuss three basic systems shown in Fig. 1.1. Figure 1.1(a) shows an isolated system that has its energy fully contained. There is no thermal talkin
Centenary LA - PHYS - 321
TVNTemperature Temperature Relaxation time Miscible and Immiscible Still have thermodynamic equilibriumIdeal Gas ApparatusPhase and Momentum SpaceMean Free PathEnergy, Heat, and WorkEnergy is a mathematical abstraction that has no
Centenary LA - PHYS - 321
1.4. EQUIPARTITIONCHAPTER 1. ENERGY/THE FIRST LAW1.4Equipartition TheoremIn the last section I introduced the idea that the three degrees of translational freedom have equal energies for particles in thermal equilibrium. The key words here ar
Centenary LA - PHYS - 321
CHAPTER 1. ENERGY/THE FIRST LAW 1.6. DENSITY OF STATES Substitute for k to get E= m(A)2 sin2 (t + ) + cos2 (t + ) . 2And we know sin2 (t + ) + cos2 (t + ) = 1. This leaves us with E= m(A)2 . 2This proves that we can write the energy as a constant
Centenary LA - PHYS - 321
CHAPTER 1. ENERGY/THE FIRST LAW1.7. HEAT AND WORKFigure 1.11: The inter-relations of energy between a system and its environment.# Convectionbulk motion of gas or liquid # Radiationemission of electromagnetic waves Heat is not a verb. Our lexic
Centenary LA - PHYS - 321
Chapter 2Entropy & the Second LawWhy do the things weve discussed happen? Things like heat ows from higher temperature to lower temperature. A quick answer is that the higher temperature means more velocity per particle (equipartition). So, hot th
Centenary LA - PHYS - 301
Advanced Lab Phys 301W/302S Tuesdays , 25pmSyllabusThis course is designed to introduce you to experimentation on a level above your previous experiences. Although you may be able to build your experiment and take data during the allotted class
Reed - CHEM - 201202
3 ElectrophilesSOCl2 PBr3All maps -180+180Potential falls S > P > C CH3Br18-crown-618-c-6 binds M+ (Li+, Na+, K+)Cations Li, Na, K, (18-c-6)K map 0 1500 Neutral 18-c-6 map -180 180first non-metal ion (Ge+2) without covalent bondsScie
Reed - CHEM - 201202
Hckels RuleIf cyclic arrayMonocyclic PlanarAromatic will be 4N+2 e- (2, 6, 10, ) Antiaromatic 4N e- (0, 4, 8, 12, )Heterocyclic systems LP delocalize / LP dontpyridine H N pyrroleNH O&NN furanimidazole1Aromatic charac
Reed - CHEM - 201202
Kekul Structures of BenzeneChasing the Molecule by J. Buckingham (Intro)Chasing the Molecule by J. Buckingham (Intro)Chasing the Molecule by J. Buckingham (Intro)1Chasing the Molecule by J. Buckingham (Ch. 13)Chasing the Molecule by J. Bu
Reed - CHEM - 201202
Benzene: Unreactive SystemH2 / Ni Br HBr 1) O3Heats of Hydrogenation3 H2 imaginary 2 H2 H2 3 H2EstabilizationC6H5 = Phenyl C6H5-nYn = Aryl2) ZnO120 232 360 208Stabilization: diene (12 kJ/mol), benzene (152 kJ/mol)Benzene = Resonance
Reed - CHEM - 201202
Chemical BondingRevisitedValence BondBond (attraction) exists if AO overlap AND 1 electron per AO 2 electron bond1 electron bond possible (weaker) 3 electron bond possible (weaker)No bond (repulsion) if 2 electron per AO1Bond (attracti
Reed - CHEM - 201202
Chem 201, 2008 HW #1, due W, Sept 10, 12 PMDont forget to write your name clearly on your answer sheet. Although each problem contains several parts (just like many of my exam questions), the problems are short for the most part. Clear drawings and