Berkeley - CHEM - 120A

Exam 2 study hintsChem 120A April 8, 2006Exam is cumulative and focuses on material covered since exam 1, up to the approximation methods. You should know: How to tell if a state is an eigenfunction of a given operator How to calculate the expectation v

Berkeley - CHEM - 120A

from Physical Chemistry- A Molecular Approach McQuarrie and Simon ISBN 0-935702-99-0

Berkeley - CHEM - 120A

Berkeley - CHEM - 120A

R. A. Harris and K. B. Whaley Problem Set 1Chem 120A Spring 20061. Two particles, one of mass m1, the other of mass m2, are on a line. They interact with potential energy, where k is called the interaction strength.V ( x1 (t ), x2 (t ) = 1 k ( x1 (t )

Berkeley - CHEM - 120A

Berkeley - CHEM - 120A

Chem 120AProblem Set 2Out: February 14, 2006; Due: February 22, 20061. a) If A is an operator with A , prove that A = . b) Show that the product of two Hermitian operators need not be Hermitian. Under what condition is the product of two Hermitian oper

Berkeley - CHEM - 120A

Chem 120AProblem Set 2 Solutions2/22/061. a) We are given that operator A = | , and we want to know what A , the operator adjoint to A, is. Let A act on an arbitrary state |a A|a = |b | |a = |b Taking the inner product with another arbitrary state, d w

Berkeley - CHEM - 120A

Chem 120AProblem Set 3Due 03/17/061. In physical space, the mean momentum (in 1-D) may be written as:p = ih (x)d (x)dx dx(1)a) Show that the mean momentum, p , is zero if (x) is an eigenstate of parity (Hint: rst show that is also an eigenstate o

Berkeley - CHEM - 120A

Berkeley - CHEM - 120A

Chem 120AProblem Set 4Out: March 22, 2006; Due: April 7, 2006 IN CLASS1. a) In the infrared spectrum of H79 Br, there is an intense line at 2630 cm1 . Calculated the force constant of H79 Br and the period of vibration of H79 Br. b) The force constant

Berkeley - CHEM - 120A

Chem 120APS 4 hintThe average position in a hydrogenic orbital can generally be calculated as: r= a0 3n2 l(l + 1) . 2Z (1)Chem 120A, Spring 20061

Berkeley - CHEM - 120A

Berkeley - CHEM - 120A

Hints for PS4 The radial wavefunction for the 1s orbital of Hydrogen is: 23/2 a0R1s (r) =er/a0(1)When we are dealing with other hydrogen-like atoms (1 electron, many protons), anywhere we have 1/a0 , we replace it with Z /a0 . So the radial wavefunct

Berkeley - CHEM - 120A

Berkeley - CHEM - 120A

Chem 120AProblem Set 5Due 04/24/061. When a hydrogen atom is in a uniform electric eld E = z, the atom experiences a perturbation V (r) = E = +e rcos where the dipole moment operator of the electron is given by = er.(1)a) Evaluate the rst-order corr

Berkeley - CHEM - 120A

Berkeley - CHEM - 120A

Chem 120AProblem Set 6Due 05/08/061. a) In this problem, we consider the heteronuclear diatomic molecule CO. The ionization energies of an electron from the valence atomic orbitals on the carbon atom and the oxygen atom are listed below.Atom O CValen

Berkeley - CHEM - 120A

Berkeley - CHEM - 120A

The momentum operator Chem 120ASpring 2006Prof. Harris said in class that the momentum operator in one dimension is given by: d p = ih . (1) dx This expression can be veried by considering the commutator for the position operator, x, and momentum operat

Berkeley - CHEM - 120A

Berkeley - PHYSICS - 7C

Chapter25p.1CHAPTER25ElectricCurrentsandResistance 1. Therateatwhichelectronspassanypointinthewireisthecurrent: I=1.50A=(1.50C/s)/(1.60 1019C/electron)=9.38 1018electron/s. Thechargethatpassesthroughthebatteryis Q=It=(5.7A)(7.0h)(3600s/h)=1.4 105C. Wefin

UC Irvine - WRIT - 39AP

F ilm CourtTrial #2The defense : Lawyers for Dave Eggers must defend his reputation and his film, Where the Wild Things Are, by showing the film is not promoting violence without consequence the defense must show that the film does reveal the consequenc

UC Irvine - WRIT - 39AP

Characters MiaWasikowskaasAlice JohnnyDeppasMadHatter HelenaBonhamCarterasRedQueen AnneHathawayasWhiteQueen CrispinGloverasStayne,KnavesofHearts Quotes TheMadHatter:HaveIgonemad? [AlicechecksHatter'stemperature] AliceKingsley:I'mafraidso.You'reentirely bo

UC Irvine - WRIT - 39AP

Emily Phan 4011 Durfee Ave. El Monte, CA 91732 December 22, 2010Manager Citibank 100 S 1st Ave Aarcadia, CA 91006 To whom it may regard: I am writing in response to your advertisement on your company website for a part-time bank teller. After reading you

UC Irvine - BIO SCI - 39AP

Sample exam bio questions explanations 3. A binds to the extracellular portion of tyrosine kinase receptor LECTURE 6,7,8 - H ydroxyl = hydrophilic that strongly hydrophilic molecules cannot pass directly through membrane. Therefore, it most likely interac

UC Irvine - CHEM - 1LB

Boiling Point ( C)16.04 30.07 44.1 72.15 200 86.18 100.2 100 114.230 -100 -200Linear model of alkane's intermolecular forces2.78 3.4 3.79 4.28 4.46 f(x) = 2.84x 4.61 4.74-164 -88.6 -42.1 36.1 69 - 183.13 98.4 125.7Column C Linear Regression for Colu

UC Irvine - CHEM - 1LB

INTRODUCTION TO AMERICAN POLITICS POL SCI 21AW inter 2011Professor Wattenberg mpwatten@uci.edu Office Hrs-after lectures for a while @ SSPB 2285 Teaching Assistants: Danvy Le danvyl@uci.edu Tuesday 6P, Thursday 5P, Friday 10A Neilan Chaturvedi nchaturv@

UC Irvine - CHEM - 1LB

LBL4: Early Development: Body Axes and Bicoid (~20 min)Maternal effect genes are the first step in organizing the embryo in all animals. For example, in Drosophila, one group sets up the anterior-posterior axis while another group sets up the dorsal-v en

UC Irvine - CHEM - 1LB

Unit V: Mendel and the Gene Lecture 17: Simple Mendelian Genetics Lecture 18: Human genetic disease Lecture 19: Chromosomes and inheritanceFall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights reservedLecture 17: Simple Mendelian GeneticsM

UC Irvine - CHEM - 1LB

Biology 93Section A 12:00-12:50, PSLH 100 Section B 1:00- 1:50, PSLH 100Fall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights1-1IntroductionsInstructorsDiane ODowd, Ph.D.Professor, Developmental and Cell BiologyRahul Warrior, Ph.D.Pro

UC Irvine - CHEM - 1LB

Lecture 2: Single cell dynamics, membrane structureMonday 9/27/10Bio 93, Fall 2010Reading: Ch. 6, 98-101, Ch. 7, 125-130, Web Act: 6.2, 7.1 Online Lecture 2 Quiz: open Tues11 am- Wed 11 am Click to edit Master subtitle style 4 questions covering mate

UC Irvine - CHEM - 1LB

Lecture 3: Membrane Function, passive & active transportWednesday 9/29/10Bio 93, Fall 2010Click to edit Master subtitle styleReading: Ch. 7, Pgs. 131-139 Online Lecture 3 Quiz Web Activity 7.3, 7.4Fall 2010, Bio 93, ODowd and Warrior, UCI - Copyright

UC Irvine - CHEM - 1LB

Lecture 4: Cytoskeleton and motor proteinsFriday 10/1/10Bio 93, Fall 2010Click to edit Master subtitle style Reading: Ch 6, Pgs. 109-118 Web Activities: 6.5, 6.6 Online QuizFall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights4-1Homework

UC Irvine - CHEM - 1LB

Lecture 5: Nucleus, ribosomes and the endomembrane systemMonday 10/4/10Bio 93, Fall 2010Click to edit Ch. 6, subtitle style Reading: Master pgs 102-109Web Activity CD 6.3 Online Quiz 5 In class quiz on Wed covers Lecture 1-5 5 QUESTIONS 10 POINTS TOTA

UC Irvine - CHEM - 1LB

Lecture 6, Section A Cell communicationWednesday 10/06/10Bio 93, Fall 2010 Reading: Chapter 11, 206-213 Supplements: Web Activity 11.1, Online Lecture 6 QuizClick to edit Master subtitle styleFall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All

UC Irvine - CHEM - 1LB

Lecture 7: Atoms, molecules, and waterFriday 10/8/10Reading Chapters 2 pgs: 32-43, Chapter 3, pgs 47-54 Web Activity 3.1,3.3 Online Lecture 7 QuizFall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights7-1Unit II: Building the Cell Lecture

UC Irvine - CHEM - 1LB

Lecture 8: Carbon,Monday 10/11/10Click to edit Master subtitle styleReading Chapter 4, pgs: 58-66, Chapter 5, pgs 68-77 Web Activities: 5.1, 5.2 Online Lecture 8 QuizFall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights8-1Garage Demo 8 B

UC Irvine - CHEM - 1LB

Lecture 9: Proteins andWednesday 10/13/10Click to edit Master subtitle styleReading Chapter 5 pgs. 77-89 Web Activities: 5.4, 5.5 Online Lecture 9 QuizFall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights9-1ProteinsFunctionSupport, sto

UC Irvine - CHEM - 1LB

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UC Irvine - CHEM - 1LB

Lecture 11: Cellular RespirationMonday 10/18/10Reading Chapter 9 Pgs 162-180 Web Activities: 9.2, 9.4 Online Lecture 11 QuizFall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights reserved11-1Cellular Respiration Why: Energy to combine ADP

UC Irvine - CHEM - 1LB

Lecture 12: PhotosynthesisWednesday 10/20/10Click to edit Master subtitle styleReading Chapter 10 Pgs 185-203 Web Activities: 10.1, 10.2 Online Lecture 12 QuizFall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights12-AnnouncementsFriday

UC Irvine - CHEM - 1LB

Lecture 15: Cell cycle, mitosisSend me a photo of you and your Bio Jack for our Class of 2010 Jacks montage (by Friday dkodowd@uci.edu)Mitotic Jack, Class of 2006 Jacks Click to edit Master subtitle styleWednesday 10/27/10Reading Chapter 12 Pgs 228-23

UC Irvine - CHEM - 1LB

Lecture 16: MeiosisFriday 10/29/10Reading: Chapter 13, 248-260 Supplements: CD Activity 13.3, 13.4 Online Quiz 16rwarrior@uci.edu Office Hours: Monday 2-4:00 1202 Natural Sciences 1 16-1Fall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights

UC Irvine - CHEM - 1LB

Lecture 18: Human Genetics, DiseaseWednesday 11/03/10Reading: Ch. 14, pp. 276-281 Supplements: Web Activity 15.2Fall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights reserved 18-1Variations from Classic Mendelian Genetics1. Incomplete dom

UC Irvine - CHEM - 1LB

Lecture 19: Chromosomes & inheritanceFriday 11/05/10Reading: Ch. 15, pp. 286-300 Self quiz Ch. 15: 6, 8, 14Fall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights reserved19-1Chromosomal basis of Mendels LawsFig. 15.2Fall 2010, Bio 93, OD

UC Irvine - CHEM - 1LB

Unit VI: Molecular Biology Lecture 20: DNA-The molecular basis of heredity Lecture 21: From genotype to phenotype Lecture 22: Regulation of gene expression Lecture 23: Recombinant DNA technologyFall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All

UC Irvine - CHEM - 1LB

Lecture 21: From Genotype to Phenotype Wednesday 11/10/10 Bio 93 Fall 2010Reminder: In-class Quiz #2 on Friday 11/12/10 Lectures 15-21 5 Questions; 2 points each NO make-up quizzesReading: Chapter 17, pages 325-348 Supplements: Web Activity: 17.1, 17.2

UC Irvine - CHEM - 1LB

Lecture 23: RecombinantClick to edit Master subtitle styleWed 11/17/10Reading Chapter 20 Pgs 396-408Fall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights23-1Type 1 DiabetesInheritance: Polygenic disease Environmental factors influence

UC Irvine - CHEM - 1LB

Unit VII: Development Lecture 24: Genetic basis of development Lecture 25: Vertebrate Development I Lecture 26: Vertebrate Development IILecture 24: The Genetic Basis of DevelopmentFriday 11/19/10Reading Chapter 18: 412-425,Chapter 21 445-446.Fall 2

UC Irvine - CHEM - 1LB

UC Irvine - CHEM - 1LB

Lecture 26: Vertebrate Development II Wednesday Nov. 24Required readingChapter 47, pages 1025 -1044Fall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All rights reservedMain Concepts Embryonic development can be divided into four stages Fertilizat

UC Irvine - CHEM - 1LB

Lecture 27: Neuron physiology and membrane potentialMonday 11/29/10Reading: Chapter 48, pages 1047-1052 Supplements: Web activity 48.1 BioFlix Animation - How neurons work Self Quiz Ch 48: 1, 4Fall 2010, Bio 93, ODowd and Warrior, UCI - Copyright: All

UC Irvine - CHEM - 1LB

Lecture 28: Transmitting an action Potential & SynapsesWednesday 12/01/10IMPORTANT Lecture 28 Quiz is open Thurs 11 am to Friday 11 am 22 minutes (24 questions), 1 point for completingReading: Chapter 48, pages 1052-1061 Self Quiz Ch 48: 2, 3, 5, 6Fal

UC Irvine - CHEM - 1LB

Fertilization Zygote CellProliferation Differentiation Morphogenesis Apoptosis1Differentiation:MaternalEffectGenes Differentiationcellsbecome specializedtobecomeonetype ofcell(nerve,livercell,etc). HOW?Maternaleffectgenesin theeggencodeforcytoplasmic d

Stanford - STAT - 235a

Final Exam (2 pages) Probability Theory (MATH 235A, Fall 2007) 1. (12 pts) One tosses a fair coin (H=Heads, T=Tails) until the rst appearance of the pattern HT. How many tosses on average is made? 2. (13 pts) Prove that, for a random variable X with nite

Stanford - STAT - 235a

Stanford - STAT - 235a

Stanford - STAT - 235a

Stanford - STAT - 235a

Homework 3 Probability Theory (MATH 235A, Fall 2007) 1. Zero-one law. Let A1 , A2 , . . . be independent events. Prove that the events lim supn An and lim inf n An each have probabilities either zero or one. 2. Bounding random variables. Let X be a random

Stanford - STAT - 235a

Stanford - STAT - 235a