6 Pages

nea

Course: OTED 762, Spring 2008
School: Old Dominion
Rating:
 
 
 
 
 

Word Count: 2876

Document Preview

Child 'No Left Behind' Act/ESEA NEA's Position on No Child Left Behind Taken from http://www.nea.org/esea/index.html The Elementary and Secondary Education Act (ESEA), renamed the "No Child Left Behind" (NCLB) Act of 2001, established laudable goals -- high standards and accountability for the learning of all children, regardless of their background or ability. Unfortunately, the law is...

Register Now

Unformatted Document Excerpt

Coursehero >> Virginia >> Old Dominion >> OTED 762

Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.

Course Hero has millions of student submitted documents similar to the one below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
Child 'No Left Behind' Act/ESEA NEA's Position on No Child Left Behind Taken from http://www.nea.org/esea/index.html The Elementary and Secondary Education Act (ESEA), renamed the "No Child Left Behind" (NCLB) Act of 2001, established laudable goals -- high standards and accountability for the learning of all children, regardless of their background or ability. Unfortunately, the law is seriously flawed and underfunded. But the importance of NCLB's goals demands that we work to "fix and fund" the law. NEA is supporting that commitment through public awareness, legislative lobbying, and member empowerment - working for things children need to be successful. The National Education Association has consistently sought to guarantee every child an equal opportunity to succeed in our nation's public schools. NCLB purports to seek the same thing, but has instead created a host of new bureaucratic tangles. In fact, it presents real obstacles to helping students and strengthening public schools because it focuses on: punishments rather than assistance rigid, unfunded mandates rather than support for proven practices bureaucracy and standardized testing rather than teacher-led, classroom focused solutions Nonetheless, NEA is committed to meeting the goals of the legislation -- high standards and high expectations for every child - by fixing it in a number of key areas and by fighting for adequate funding, which it doesn't have now. NEA is focusing its efforts on 11 major areas of NCLB. We've made some progress. The Department of Education has instituted nine changes that provide some additional flexibility to certain regulations. NEA believes the changes made so far are steps in the right direction, but more significant changes are needed in order to make the law workable and effective. We hope you will join us by urging your elected representatives in Congress to support legislative proposals that will improve NCLB. For background information on key broad areas of the law see: academic achievement (adequate yearly progress) annual testing teacher and paraprofessional quality school improvement NEA originally released this document in January 2004. Since then, both former Secretary of Education Rod Paige and current Secretary Margaret Spellings have announced several changes to the NCLB rules. The IDEA reauthorization made additional changes to the "highly qualified" rules under NCLB for special education teachers. The U.S. Department of Education (DOE) adopted parts of six NEA proposed changes, validating the NEA position that common-sense changes to NCLB are needed. However, much more needs to be done and additional resources need to be provided to remedy the law's unintended consequences. Expand school accountability beyond the percent of students who score proficient on a single day on two tests (reading and math), the current measure. NEA proposes allowing states to incorporate additional measures into a school accountability index. Such measures could include attendance, graduation and dropout rates, percentage of students taking honors and AP classes, and results from other state and local assessments. Under NCLB, schools get no credit for positive improvements on any academic indicator other than the reading and math test score. However, other academic indicators are credited towards a school's deficiencies, increasing the number of schools that fail to make Adequate Yearly Progress (AYP). Provide additional flexibility in the use of test scores to measure schools. NEA proposes allowing states to utilize AYP academic growth models that acknowledge progress in student achievement both over time and within the school year. Under NCLB, states and schools are limited in how test scores are used to measure school performance. A snapshot of the percent of students proficient or above on the day of the test is the only measure allowed. Unless schools meet their yearly proficiency percentage target, they get no credit (with the limited exception under Safe Harbor) for growth in the percentage of students who are proficient over time, or for raising student achievement levels, such as from below basic to basic, or from proficient to advanced levels. Schools get no credit for longitudinal growth in student achievement, such as how students in a particular grade have improved from the beginning to the end of the school year, or how a group of students have improved as they advance in grade level. Provide flexibility in the current requirement that 95 percent of students overall and in each subgroup must take the test. NEA proposes that reasonable flexibility be provided, such as lowering the 95 percent participation to 90 percent, allowing averaging participation over three years (as is now allowed in averaging test scores over three years), and setting an absolute minimum number of students (such as 5-10) in a subgroup who fail to take the test before a school fails to meet the AYP participation requirement. Under NCLB, a school will fail AYP if just one subgroup of students falls one percentage point short of the required 95 percent participation rate, even if all students exceed the required proficiency levels. Nationwide, thousands of schools have been labeled as failing to meet federal standards because literally one or two students did not take the test. Note: On March 29, 2004, Secretary Paige adopted part of this NEA proposal, by allowing states to average test participation rates by up to three years. He also is allowing states and schools to exempt from the participation requirement students who were absent due to a medical emergency. However, he did not lower the threshold as NEA proposed from 95 percent to 90 percent, nor set an absolute minimum number of children to be absent before a school fails to make AYP. Provide flexibility and more reasonable rules for assessing English language learners (ELL). NEA proposes exempting students from the participation requirement until they have been in the United States for one full academic year. Although newly arrived immigrant students may be exempt from taking the required reading test, they must take the required math test, even if they have been in this country for only one day. NEA further proposes giving states the option to exempt from AYP purposes test scores for ELL students until they have been in the United States for three years. They would still be required to take the tests (after their first year) and have their scores reported by subgroup as well as take an annual test of their English language proficiency. Since standardized reading and math tests are not available in the multitude of languages spoken by students, most students take the test in English prior to being proficient in English. Also, students who become proficient in English should still count in the ELL subgroup for three years. Otherwise, it is statistically impossible for this subgroup to ever reach the 100 percent proficiency level in reading in English, since the criteria for being in the ELL group include not being proficient in English. Note: On February 19, 2004, Secretary Paige announced new policies that implement parts of this NEA proposal. States are now allowed to exempt from taking the reading test immigrant students who have been in the United States for less than one year. However, such students must still take the math test. In addition, states may now count "exited" ELL students in the ELL subgroup for up to two years. Provide flexibility and more reasonable rules for assessing students with disabilities. To ensure that students with disabilities are not inappropriately assessed, NEA proposes that each child's Individual Education Plan (IEP) determine the appropriate assessment for that child (including the regular grade-level assessment, a grade-level assessment with accommodations, an assessment based on alternate or modified academic standards, or an out-of-grade level assessment), and that scores from such assessments be used for determining AYP. The Individuals with Disabilities Education Act (IDEA) is focused on meeting the educational needs of each individual child with a disability. NCLB, however, treats students with disabilities as one group for assessment and accountability. Note: On December 9, 2003, former Secretary of Education Paige issued a regulation that allows students with the most significant cognitive disabilities to take an assessment based on alternate academic standards. This policy limits the number of proficient scores based on alternate achievement standards that qualify for meeting AYP to no more than 1 percent of all test scores in a district or state. In addition, on May 10, 2005, Secretary Spellings issued a new policy that allows states to establish modified achievement standards and tests based on such modified standards. Students with disabilities who need additional time to reach grade-level standards can take such tests. A new 2 percent cap on the number of proficient scores based on modified standards that qualify for meeting AYP is created. The new 2 percent cap is in addition to the 1 percent cap for the students with significant cognitive disabilities group. However, not all states may implement this new 2 percent policy -- they must meet certain criteria additional to do so. While these changes are steps in the right direction, they impose artificial caps on the number of proficient scores that may actually count towards AYP. Allowing the IEP team to determine which test is the most appropriate for each child is a simpler, fairer, and more valid policy. Limit the designation as a school in need of improvement, corrective action, or restructuring to schools where the same subgroup of students fails to meet AYP in the same subject for two or more consecutive years. An NCLB example: If every subgroup met AYP in both reading and math in 2004, except for Hispanic students in reading, and in 2005 the school improves Hispanic student achievement in reading, but one other subgroup fails to meet the proficient level in reading, the school is considered to have failed to meet AYP for two consecutive years and is designated a school in need of improvement. The school, however, successfully addressed and removed the first year's deficiency, the needs of Hispanic students in reading. While the DOE has said that states may limit identifying schools for improvement to only those where one or more subgroups fail in the same subject, it has refused consistently several states' requests to limit school improvement identification to the same subgroup in the same subject. Target choice and supplemental services to students in the particular subgroups that are not meeting AYP standards. Under NCLB, if just one subgroup fails to meet AYP standards, then ALL students in the school, not just those in the subgroup failing to meet AYP standards, or those who are individually not proficient, have the right to paid transportation to another public school that has made AYP. While the supplemental educational services option is limited to lowincome children, it again is not targeted to those needing the most academic help. Targeting these options to specific subgroups will ensure that students with the greatest needs get the assistance. Further, the logistics of the current provisions of the law have created additional problems. Under AYP as it is currently structured, in the 2004-05 school year, 21,350 schools failed to meet AYP for at least one year, with 10,992 failing to make AYP for two or more years. Over time, ever-increasing numbers of children will be seeking ever-fewer spots in other public schools, resulting in overcrowding, increased class size, and possible resegregation problems. Recognize the unique teaching responsibilities of special education teachers. NEA proposes that a special education teacher who is fully licensed and certified in special education should be considered to meet the NCLB highly qualified rules. Many teachers of students with disabilities teach multiple subjects. Under NCLB such teachers must demonstrate content knowledge in each and every subject. Doing so places an unreasonable and possibly unobtainable burden on special education teachers and makes it even more difficult for schools to address the shortage of qualified special education teachers. Note: The reauthorization of the Individuals with Disabilities Act (IDEA), enacted in December 2004, included some improvements i n the NCLB highly qualified rules for special education teachers. While a step in the right direction, the new rules are complex, provide no additional time for special education teachers to comply, and fall short of recognizing fully licensed/certified special education teachers as highly qualified. Recognize the unique situation of small rural schools in meeting the highly qualified teacher requirement. NEA proposes that states be given flexibility in how rural schools in general, and small rural schools in particular, meet the highly qualified requirements. Further, the restrictive definition of rural schools used in the March 2004 DOE rule excludes many rural schools and should be broadened. Rural schools face a difficult challenge. Due to their small size, it is not possible for them to have separate fully certified and licensed biology, chemistry, physics, and earth science teachers. Note: On March 15, 2004, Secretary Paige announced three new policies on "highly qualified" teachers that adopt parts of this NEA proposal. Under the revised policies, current teachers in certain rural school districts who teach multiple subjects have one additional year (until the end of the 2006-07 school year) to become highly qualified in such additional subjects (provided they are highly qualified in at least one subject by the end of the 2005-06 school year). Newly hired teachers in rural schools will have three years from their date of hire to become highly qualified in additional subjects they teach (provided they are highly qualified in at least one of their subjects upon hiring). In addition, states that have a "broad-based" science certification can consider teachers with such certification to be "highly qualified" in any science discipline. Finally, states may establish a streamlined process under the High Objective Uniform State Standard of Evaluation (HOUSSE) for teachers of multiple subjects to demonstrate they are competent in each of their subjects. While these policies allow teachers in some rural schools more time to prove their "competency" in multiple subjects, and allow a streamlined process for other teachers, they still require such teachers to prove their competency in each of the multiple subjects they teach. The policies also fail to recognize broad-based certification in social science. In addition, the overly res...

Find millions of documents on Course Hero - Study Guides, Lecture Notes, Reference Materials, Practice Exams and more. Course Hero has millions of course specific materials providing students with the best way to expand their education.

Below is a small sample set of documents:

Old Dominion - OTED - 762
Practical Guide to Promoting America's Public Schools - Updated and Expanded August 2005From http:/www.learningfirst.org/lfa-web/rp?pa=doc&sa=download This Practical Guide to Promoting America's Public Schools has been prepared by the Learning First
Old Dominion - OTED - 762
T H eA S S o C i AT i o nf o rC A r e e rAn dT e C Hn i C Ale d u C AT i o nre inventingThe American High School for the 21st Centurya position paper January 2006Reinventingthe AmericAn high School for the 21St centuryStrengthenin
Old Dominion - OTED - 762
Professional Growth of HRD StaffTIH' major purpose of the HRD unit is to provide for the growth, through learning, of all the employees in the organization and for some nonemployees as well. Such growth takes three forms: improving performance on
Old Dominion - OTED - 400
Title: Retail Depth and BreadthPO: Classify retail establishments by depth and breadth according to Chapter 2, Merchandise Buying andManagement, 2d edition.ContentIntro:State the PO. Check their understanding Explain why it is important to lear
Stanford - EE - 292
Stanford - EE - 292
NJIT - CIS - 602
F(x) = x^3-3*x^2+5*x+8F(x) = 0.5*x^3F(x) = 2*x^2F(x) = 5*xF(x) = 2*x/4-1
NJIT - CIS - 656
To students who want to do a MSc project or MSc thesis with me:(1) Read the departmental web pages on Master Projects (or Theses). Make sure you know all conditions, requirements, deadlines, dates, etc.This can be found as follows: NJIT
Stanford - PUBS - 7500
SLAC PUB 7736 January 1998F. Zimmermann? , J.M. Byrdy, A.W. Chao? , S.A. Heifets? , M.G. Minty? , T.O. Raubenheimer? , J.T. Seeman? , G.V. Stupakov? , J. Thomsony ? Stanford Linear Accelerator Center, Stanford Uinversity, California 94309 yLawrence
Stanford - PUBS - 13000
SLAC-PUB-13121RECENT DEVELOPMENTS IN IMPACT AND APPLICATION TO FUTURE LIGHT SOURCES*I. Pogorelov#, J. Qiang, R. Ryne, M. Venturini, A. Zholents, LBNL, Berkeley, CA 94720, USA R. Warnock, SLAC, Stanford, CA 94025, USA AbstractThis paper discusses
Colorado - CS - 5828
The Next IterationKenneth M. Anderson University of Colorado, Boulder CSCI 5828 - Lecture 25 - 04/14/2009 University of Colorado, 20091GoalsReview material from Chapter 10 of Pilone & MilesThe Next IterationPlanningRecalculating Velocity Ta
Purdue - PHYS - 219
Physics 219 Equation Sheet FE E= q FE = qE Q E = = EiA= EA cos o qq qq q q UE = k 1 2 + 1 3 + 2 3 r13 r23 r12p = qdUE =kq1q2 r(U E = 0 at r = ) o = 8.85x10 -12 C 2 / Nm 2I= q tV=EdE=V X 1 u= 0 E 2 2 L R= A =0 Req
Old Dominion - OTS - 596
CTE Course: Electronic Commerce Teacher: Malvern MillerCIP CODE: 8125 Month: October Year: 2002Monday 1Tuesday 2Wednesday 3Thursday 4Friday2.1 Major Economic Resources2.2 Effects of Competition2.3 Government Involvement in Business
Old Dominion - OTS - 596
The A-B-Cs Of E-commerceSorting Out Internet Business Models by William Van Winkle How the Internet Works, Part II, Smart Computing Reference Series, Summer 2001, pp. 86-91In the spring of 1999, drkoop.com debuted before an adoring Wall Street and
Purdue - PHYS - 219
constant I= R 0.1 0.15 0.2 0.25 0.3 0.35 0.4 0.45 0.5 0.55 0.6 0.65 0.7 0.75 0.8 0.85 0.9 0.95 1 1.05 1.1 1.15 1.2 1.25 1.3 1.35 1.4 1.45 1.5 1.55 1.6 1.65 1.7 1.75 1.8 1.85 1.9 1.95 22.00E-07 0.5 B1 1.00E-06 6.67E-07 5.00E-07 4.00E-07 3.33E-07 2.8
Purdue - PHYS - 556
Physics 556 Lecture Reading Assignments Nuclear PhysicsThese reading assignments should be read before class. You will read them and formulate questions. Then during lecture, if the point is still unclear you should ask during class for clarificatio
Stanford - EE - 363
EE363Winter 2008-09Lecture 15 Linear matrix inequalities and the S-procedure Linear matrix inequalities Semidefinite programming S-procedure for quadratic forms and quadratic functions151Linear matrix inequalitiessuppose F0, . . . , Fn a
Springfield - CF - 851
2009 eunion RFull Name of Alumnus/a _ Class _ Guest(s) (alumni include class & maiden names) _ Class _(include maiden names)REGISTRATIONThere will be an additional $14 fee per person for all Saturday dinner reservations made after Thursday, Jun
Purdue - PHYS - 556
Measurements of Spins of Ground States of Radioactive Nuclei Friday, December 9th Wang, Quan e AbstractTo study the hyper-fine structure, we can obtain much important information about nuclei, including the nuclear spin, I, the magnetic dipole momen
Purdue - PHYS - 556
"Neutron Detection"by Geoff Gardner 12:30 Friday November 18, 2005 Physics Room 331Abstract History, theory, physics and other issues surrounding neutron detection techniques will be covered. As uncharged particles, neutrons present unique challen
Purdue - PHYS - 556
Neutron Detection TechniquesGeoff Gardner Physics 556 Professor KoltickOutline Neutrons Review Common Reactions Common Detectors Commercial Detector Systems Associated Hardware Laboratory Techniques Secret WeaponWhy detect Neutrons? Appl
Purdue - PHYS - 556
Nuclear WasteMonday, November 21, 2005 Physics room 331 12:30 pm Abstract In December of 1957 the first commercial nuclear reactor was brought online in Pennsylvania. In the late 1970s the banning of nuclear waste reprocessing has left the United St
Purdue - PHYS - 556
Nuclear Waste in the U.S.Joshua Konzer Purdue University OutlineA little History Nuclear Waste Composition Laws Problems Solutions In the beginning.1st commercial reactor started operation in Dec. 1957 in Shippingsport, PA 103
Purdue - PHYS - 556
Radiation DosimetryFriday, December 2 12:30 PM PHYS 331 Matt Kay AbstractRadiation is ubiquitous. Whether it is the sun beating down our backs or the dentists searching for cavities we are constantly being bombarded by radiation. The effects of rad
Purdue - PHYS - 556
Applied Physics LaboratoryRadiation DosimetryMatt Kay December 2, 2005Applied Physics LaboratoryTalk Outline Key Physical Concepts Definitions and Units of Dosimetry Dose Calculations Biological Effects Discussion of RiskApplied Physics
Purdue - PHYS - 556
Measurement of Spins of Ground States of Radioactive NucleiWang, Quan ( e )Outline Introduction Importantdefinitions The method of the spin Hamiltonian Experimental MethodsIntroduction Nucleus Nuclearproperties:spin, I Nuclear magne
Purdue - PHYS - 556
Neutron Detection TechniquesGeoff Gardner Physics 556 Professor KoltickOutline Neutrons Review Common Reactions Common Detectors Commercial Detector Systems Associated Hardware Laboratory Techniques "Secret Weapon"Why detect Neutrons? Ap
Purdue - PHYS - 556
Nuclear Waste in the U.S.Joshua Konzer Purdue University OutlineA little History Nuclear Waste Composition Laws Problems Solutions In the beginning.1st commercial reactor started operation in Dec. 1957 in Shippingsport, PA 103
Purdue - PHYS - 310
Physics 310 Lecture Reading Assignments Analytical MechanicsThese reading assignments should be read before class. You will read them and formulate questions. Then during lecture, if the point is still unclear you should ask during class for clarifi
Purdue - PHYS - 214
Physics 214: The Nature of Physics Lecturer: Office: Phone: Email: Web: Office Hours:Spring 2004Professor D. Koltick Room 335 Physics Building 494-5557 Koltick@purdue.edu http:/koltick.physics.purdue.edu/ Right after classTextbook: "The Physics
Bowling Green - CH - 127
<html xmlns:o="urn:schemas-microsoft-com:office:office"xmlns:w="urn:schemas-microsoft-com:office:word"xmlns="http:/www.w3.org/TR/REC-html40"><head><meta http-equiv=Content-Type content="text/html; charset=windows-1252"><meta name=ProgId content
Bowling Green - CH - 127
Spreadsheet for acid base titration Data First Calculations 2.40E-05 Ka 0 Kb 0.15 ConcA 3.75 MolA 0.1 ConcB 37.5 VolEQ 25 VolA 4.62 pKa (ml) vol base0 0.5 1 2 5 10 12 14 16 18 20 22 24 26 28 30 32 34 35 36 36.5 37 37.2 37.3 37.4(meq) (ml)result
Bowling Green - CH - 128
Strong Acid-Base Titration volume of acid sample concentration of acid sample concentration of base (titrant) volume at equivalance point Equilibrium constant for Acid, Ka=vol of titrant mmol base mmol acid vol total ml alos moles A-]remaining25 m
Bowling Green - CH - 128
Strong Acid-Base Titration volume of acid sample concentration of acid sample concentration of base (titrant) volume at equivalance point Equilibrium constant for Acid, Ka=vol of titrant mmol base mmol acid vol total25 ml 0.15 Molar 0.1 Molar 37.5
Bowling Green - CH - 128
Strong Acid-Base Titration volume of acid sample concentration of acid sample concentration of base (titrant) volume at equivalance point Equilibrium constant for Acid, Ka=vol of titrant mmol base mmol acid vol total ml alos moles A-]remaining25 m
Bowling Green - HWK - 701
HOMEWORK 3 1. (a)PCS 701The fluorescence maximum of the dye NR in THF solution shifted significantly to the red when dimethyl aniline (DMA) was added. It was found that the ratio of the fluorescence intensities at the blue and red maxima was dire
Bowling Green - HWK - 701
PCS 701 Question 1:Homework 4_03 Compound I contains the chromophores Ru(II)(phen)(bpy)2 and pyrene. Theground state absorption of I in methanol solution is the additive of the two individual light absorbing units.NNH NRuNC ONI2
Bowling Green - HWK - 701
PCS 701HOMEWORK 52003Write brief paragraphs about the following topics indicating that you have a working knowledge of the subject: 1. The magnitude of the total spin angular momentum of NO. 2. The magnitude of the total spin angular momentum o
Bowling Green - HWK - 701
PCS 701 1: Give reasons for the following: (i) (ii) (iii) (iv)` 2: 3: 4: 5: k (S1 1) in benzophenone 1 0 k (S1 1) in anthracene 1 08Hwk 6_0311 -1 5s-1sk (S1 1) in iodonaphthalene > 10times k (S1 1) for naphthalene6For meth
Bowling Green - HWK - 701
HOMEWORK 7_03PCS 7011: The two chromophores RG and NR were independently linked to PP by identical rigid spacers according to the following scheme:RGspacerPPspacerNRIn a laser flash photolysis experiment on an ethanolic solution of th
Bowling Green - HWK - 701
HOMEWORK 8_03 1:PCS 701Write brief paragraphs about the following, showing that you understand the concepts. a) Mode-locking of lasers. b) The optical Kerr effect. c) Self-phase modulation. d) Pulse compression. e) Optical parametric amplificatio
Bowling Green - HWK - 701
Homework 7 1:PCS 7012002The triplet state of the dye Kinstle Blue (KB) shows strong sharply peakedphosphorescence in a glassy matrix with the peak emission at 16,800 cm-1. Laser flash photolysis of KB in aqueous media showed a T1-Tn absorptio
Colorado - PEREGRINE - 05032007
Permanent Address: 10725 East Maplewood Drive Englewood, CO 80111 Email: Jennifer.Getz@colorado.eduJENNIFER D. GETZCurrent Address: 993 East Moorhead Circle #2E Boulder, CO 80305 Phone: 720-335-0251OBJECTIVE PROFESSIONAL EXPERIENCEI seek to i
Bowling Green - CHEM - 701
MODULE 21_03 The Nature and Properties of Excited States In many cases the absorption of a photon by a molecule sets in train a series of processes, chemical or physical, that terminate when thermal equilibrium has been regained (unless a subsequent
Bowling Green - CHEM - 701
MODULE 16_03 Practical Aspects of Light AbsorptionWe can go to the laboratory and conduct the following experiment. Place an absorbing specimen normal to a beam of monochromatic radiation from a continuously operating source and measure the intensit
Bowling Green - CHEM - 701
MODULE 17_03PRACTICAL ASPECTS OF ABSORPTION SPECTROPHOTOMETRY Absorption spectrophotometry offers us the opportunity to measure the (molar decadic) extinction coefficient as a function of wavelength (or frequency, or wavenumber). Thus it is a measur
Bowling Green - CHEM - 701
MODULE 24_03REACTIONS IN SOLUTION: DIFFUSION AND CONDUCTION In liquids there is a very limited amount of free space; each molecule interacts strongly with neighboring molecules; the term "mean free path" has almost no meaning, unlike in the gas phas
Bowling Green - CHEM - 701
MODULE 18_03 Transitions between Molecular StatesThe total energy of a ground state molecule is made up of several components Et = Ee + Ev + Er Where the subscripts refer to total, electronic, vibrational and rotational, respectively. Here we are ig
Bowling Green - CHEM - 701
MODULE 25_03ENERGY TRANSFER Within a molecule, the conversion of electronic energy into vibrational energy such as in internal conversion and intersystem crossing processes may be thought of as "intramolecular energy transfer." This topic will be co
Bowling Green - CHEM - 701
MODULE 26_03 RADIATIONLESS DEACTIVATION OF EXCITED STATES We have used terms such as "internal conversion" and "intersystem crossing" without thinking very much about what governs such processes. It is useful to think of radiative and non-radiative t
Bowling Green - CHEM - 701
MODULE 20EXCITED STATE-GROUND STATE INTERACTIONS AT THE Max Planck Institute in Gttingen, Frster (1954) investigated the fluorescence spectrum of pyrene ()as a function of its concentration (10-5M to 10-3M) in hexane. FIGURE 20.1 Increasing []IF
Bowling Green - CHEM - 701
MODULE 27_03 ELECTRON TRANSFER REACTIONS Some Basic Principles Processes involving the transfer of electrons occur widely in the physical and life sciences. They range from simple exchange reactions in chemistry2+ Feaq + Fe3+ aq 2+ Fe3+ + Feaq aqt
Sveriges lantbruksuniversitet - ENSC - 150
T-5Table 2-3Basic Identities of Boolean AlgebraBasic Identities of Boolean Algebra1. 3. 5. 7. 9. 10. 12. 14. 16. X X X X X 0 1 X X X X 1 X 1 2. 4. 6. 8. 11. 13. 15. 17. X X X X 1 0 X X X 0 X 0 Commutative Associative Distributive DeMorgan' s
Sveriges lantbruksuniversitet - ENSC - 150
Last Updated: 6/12/00ERRATALOGIC AND COMPUTER DESIGN FUNDAMENTALS 2nd Edition M. Morris Mano and Charles R. Kime 2000 by Prentice-Hall, Inc.The errata are given with reference to the printings of the book. The printing of your book is the last
Sveriges lantbruksuniversitet - ENSC - 150
Problem Solutions to Problems Marked With a * in Logic Computer Design Fundamentals, Ed. 2CHAPTER 1 2000 by Prentice-Hall, Inc.1-1.Decimal, Binary, Octal and Hexadecimal Numbers from (16)10 to (31)10Dec Bin Oct Hex 16 17 18 19 20 21 22 23 24 2
Sveriges lantbruksuniversitet - ENSC - 150
Problem Solutions to Problems Marked With a * in Logic Computer Design Fundamentals, Ed. 2CHAPTER 4 2000 by Prentice-Hall, Inc.4-3. (All simulations performed using Xilinx Foundation Series software.)4-4.D R C S Q Q4-5.S C QQ R4-6. C J
Sveriges lantbruksuniversitet - ENSC - 150
Problem Solutions to Problems Marked With a * in Logic Computer Design Fundamentals, Ed. 2CHAPTER 6 2000 by Prentice-Hall, Inc.6-1.a) A = 13, D = 32 b) A = 18, D = 64 c) A = 25, D = 32 d) A = 32, D = 86-3.(633)10 = (10 0111 1001)2, (2731) 10
Sveriges lantbruksuniversitet - ENSC - 150
Problem Solutions to Problems Marked With a * in Logic Computer Design Fundamentals, Ed. 2CHAPTER 7 2000 by Prentice-Hall, Inc.7-1.R1C3 ClockLoadR2Load7-3.Errata: Interchange statements Transfer R1 to R2 and Clear R2 synchronously with t
Sveriges lantbruksuniversitet - ENSC - 150
Problem Solutions to Problems Marked With a * in Logic Computer Design Fundamentals, Ed. 2CHAPTER 8 2000 by Prentice-Hall, Inc.8-1.S0 00Z1 = 0 Z2 = 00Inputs: X2,X 11 S1 01X2Z1 = 0 Z2 = 10X110X21S210Z1 = 1 Z2 = 00X1
Sveriges lantbruksuniversitet - ENSC - 150
Problem Solutions to Problems Marked With a * in Logic Computer Design Fundamentals, Ed. 2CHAPTER 9 2000 by Prentice-Hall, Inc.9-2.a) LD LD LD LD R1, A R2, B R3, C R4, D b) MOV T1, A ADD T1, C MOV T2, B MUL T2, D MOV T3, A ADD T3, B MUL T3, T1
Sveriges lantbruksuniversitet - ENSC - 150
Problem Solutions to Problems Marked With a * in Logic Computer Design Fundamentals, Ed. 2CHAPTER 10 2000 by Prentice-Hall, Inc.10-1.a) PSR M [ SP ], SP SP + 1 PC M [ SP ], SP SP + 1 c) R2 M [ 255 + R3 ], M [ 255 + R3 ] R2 d) M [ SP ] PC