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University of Wisconsin-Madison - SOC - 206
Welfare ReformDebating alternative approaches to reformWhat problems did it address? A classic residual program - means-tested, categorical, increasingly conditional and meager in terms of benefits.The Function of the AFDC program: 1. AFDC addressed t
University of Wisconsin-Madison - SOC - 206
Welfare ReformDebating alternative approaches to reformWhat problems did it address? A classic residual program - means-tested, categorical, increasingly conditional and meager in terms of benefits.The Function of the AFDC program: 1. AFDC addressed t
University of Wisconsin-Madison - SOC - 206
U.S. Welfare State ProgramsHistory & Analytic Distinctions1Review of US Welfare StateAn Historical ViewThe 1930's:Social Security Act: inaugurated the modern welfare era in 1935. WHAT's First four titles in 1935: MISSING? Old Age assistance to the S
University of Wisconsin-Madison - SOC - 206
Social Policy Case Study: The Road from AFDC to TANFBackground: A History of "Cash Welfare" policy & programs in the United States1AFDC to TANF: The Story of Welfare ReformKeep in mind: the historically groundedbias of U.S. Welfare PolicyRodgers: "O
University of Wisconsin-Madison - SOC - 206
Exam #2 Study GuideThere are essentially three thematic categories of the 2nd half of this course: 1. Conceptual overview of the U.S. Social Welfare Systema. Framework for categorizing policies & programs of the "residual" U.S. Welfare State b. The over
University of Wisconsin-Madison - SOC - 206
Alyssa Garr Social Work 206 Discussion Section Monday 8:50 am Medicaid- Final Paper Evaluating Medicaid Imagine a mother who has been through more tragedy than any human could ever imagine. Ten years ago she lost her first child in a tragic car accident t
University of Wisconsin-Madison - SOC - 206
Social Security Survivors & Disability Components Gonyea & Hooyman's article, touching on issues of gender equity, the social security program & and proposals for reformHooyman & Gonyea on Social Security & Gender EquityMain Theme:How does Social Secur
University of Wisconsin-Madison - SOC - 206
TANF and its Effects SW 206 Final Welfare LectureMobility in job?TANF can. Push Recipients off the RollsInto the Job MarketHealth Insurance? Other benefits?(child care.)Into a marriage or other dependent relationship Into Nothing (i.e. just kicked o
University of Wisconsin-Madison - SOC - 206
SW 206 INTRO TO SOCIAL POLICY1Part C & D: IntroductionTODAY'S AGENDARecap & Remind: Preview Themes of the first half of course Reminder of how themes in last half of class build off the "scaffolding" of the first half. Reminder of the underlying obj
University of Wisconsin-Madison - SOC - 206
What I Learned From Leading a Science Club Emerson Elementary School Mrs. Perry's Emerson Elementary School Madison Metro School District
University of Wisconsin-Madison - SOC - 206
Social Security. or, as it is officially known: Old Age, Survivors & Disability Insurance (OASDI)Brief Exercise: Characterize 4 programsMajor "Structural" CharacteristicsCash vs. In-Kind Stringency of Eligibility PROGRAM NAME Entitlement? Universal vs
University of Wisconsin-Madison - SOC - 206
SW 206: SSI & Other Income SupportsFrom Social Insurance to Public AssistanceEnacted in 1972 by NixonSSI: Supplemental Security IncomeFederal SSI program combined/replacedstate administered programs:OAA- Old Age Assistance APTD- Aid to the Permanent
University of Wisconsin-Madison - SOC - 206
Evaluating a Social Welfare Policy or Program Due Tuesday, December 13th; Recommended Length: 3-4 pgs1. Briefly describe a social policy or social welfare program and characterize it in terms of its political leaning.a. Describe the program from a funct
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hMp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ Notes for Week 1: August 2327, 2010 Aditya Mathur Department of Computer Science Purdue University West LafayeMe, IN, USA About C
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hLp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ Notes for Week 2: August 30September 3, 2010 Aditya Mathur Department of Computer Science Purdue University West LafayeLe, IN, USA
Purdue - CS - 180
CS180ProblemSolvingandObjectOriented ProgrammingFall2010hMp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/NotesforWeek3: September610,2010 AdityaMathurThisweek: 1. 2. 3. 4. FeedbackforWeek2 Review PrimiTvetypes WriTngsimpleprogramsto solvesimplep
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hNp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ Notes for Week 4: September 1317, 2010 Aditya Mathur This week: 1. 2. 3. 4. 5. 6. Feedback for Week 3 Review PrimiUve types: conve
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hMp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ This Week: Notes for Week 5: September 2024, 2010 Aditya Mathur 9/20 1. Feedback for Week 4 Department of Computer Science Purdue
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hMp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ This Week: Notes for Week 6: September 27Oct 1, 2010 Aditya Mathur 9/27 1. Feedback for Week 5 2. Review 3. Loops (again) Depart
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hLp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ This Week: Notes for Week8: Oct 1115, 2010 Aditya Mathur 10/11 October break [No class] 10/13 1.Department of Computer Science P
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hLp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ This Week: Notes for Week 9: Oct 1822, 2010 Aditya Mathur 10/18 1.2. 3. 4. 5.Quiz CreaSng GUIs Frames, Panels, BuLons Text field
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hMp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ This Week: Notes for Week 10: Oct 2529, 2010 Aditya Mathur 10/25 1.Quiz 2. GUI review 3. Menus MenuListener 2. KeyListener 3. Met
Purdue - CS - 180
CS180ProblemSolvingandObjectOriented ProgrammingFall2010hLp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ ThisWeek:NotesforWeek11: Nov15,2010 AdityaMathur11/1 1.Q&A 2. Classandinstancevariables 3. private,public,staTc Methodsandparameters 2. In
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hKp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ This Week: Notes for Week 12: Nov 812, 2010 Aditya Mathur 11/8 11/10 1.Review Concurrent programming 2. Concurrent linear search
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hNp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ This Week: Notes for Week 13: Nov 1519, 2010 Aditya Mathur 11/15 1.Review 2. Thread interference 3. SynchronizaVon Department of
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hMp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ This Week: Notes for Week 14: Nov 2226, 2010 Aditya Mathur 11/22 1. 2. 3. 4.Review Class BufferedImage Pixel operaXons Project 5
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hLp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ This Week: Notes for Week 16: Dec 6-10, 2010 Aditya Mathur 12/6 1. ExcepTons 2. Recursion Department of Computer Science Purdue
Purdue - CS - 180
CS180 Coding StandardsFile NamesIn this course each Java file name should clearly represent what it is and each should have the `.java' suffix. Files names must match the class name. For example, Project 1 should be Project1.java. A lab project that det
Purdue - CS - 180
AnnouncementCS 180 students are welcome to participate in a semester long programming competition named We Wow You (WWY). Lockheed MartinSponsorPurposeTo encourage students to devleop novel applications on smart phones and robots. Applications develop
Purdue - CS - 180
CS 180 Project 1Fall 2010 Assigned: September 8, 2010 Due: Friday, September 24, 2010 [Please view late submission policy.] This draft: Wednesday September 8, 2010 Changes made after project announcement: (a) September 8, 2010 [See section 6] (b) Septemb
Purdue - CS - 180
CS180 Project 2: Simple Space SimulationFall 2010 Assinged: Monday September 27, 2010 Due: Friday October 8, 2010Note: Questions and ansers from students are compiled and placed towards the end of this file. This project created by: Jaye Franklin and Ty
Purdue - CS - 180
CS180 Project 3: Simple CalculatorFall 2010 Assigned: Wednesday October 13, 2010. Due: Wednesday October 27, 2010 Note: (a) Any questions from the students, and the corresponding answers, are compiled and placed towards the end of this file. (b) This is
Purdue - CS - 180
CS180 Lab 4Lab GoalsFor this lab you will learn how to use ratio's to change the result of print statements. Use parsing/casting to determine letter grade from number grade.Using Ratio'sFor this lab you will have to use an ascii table, found here http
Purdue - CS - 180
CS 180 Problem Solving and Object Oriented Programming Fall 2010 hMp:/www.cs.purdue.edu/homes/apm/courses/CS180Fall2010/ This Week: Notes for Week 7: Oct 48, 2010 2. 3. 4. 5. Aditya Mathur 10/6 6. Department of Computer Science 7. Purdue University 8.
Purdue - ECE 301 - 301
ECE 301, Homework #1, due date: 8/31/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.htmlReview of calculus and arithmetics: Question 1: Compute the values of the following integrals. You can leave your answers in the form of trigonometric fun
Purdue - ECE 301 - 301
ECE 301, Homework #2, due date: 9/07/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.htmlQuestion 1: [Basic] Consider two functions f (t) and g(t) described as follows. 2 if -2 t < 0 f (t) = 1 if 0 t < 4 0 otherwise 3 + t if -3 t < 0 g(t) = 3
Purdue - ECE 301 - 301
ECE 301, Homework #3, due date: 9/14/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.htmlQuestion 1: [Advanced] Consider two functions f (t) and g(t) described as follows. 1 if -2 t < 0 0 otherwise et 0 if t < 3 . otherwisef (t) = g(t) = Defi
Purdue - ECE 301 - 301
ECE 301, Homework #4, due date: 9/21/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.html Question 1: [Basic] Sketch the following discrete-time signals from n = -3 to n = 4. x[n] = 2U[n - 2] - 2U[n - 1] + U[n] x[n] = (n + 2)U[n - 1] - 3U[n] -
Purdue - ECE 301 - 301
ECE 301, Homework #5, due date: 9/28/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.html Question 1: [Basic] p. 141, Problem 2.21 (b,d).Question 2: [Basic] p. 141, Problem 2.22 (a,e).Question 3: [Basic] This question is to verify the followi
Purdue - ECE 301 - 301
ECE 301, Homework #6, due date: 10/05/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.htmlQuestion 1: [Basic] Review of linear algebra: Consider row vectors dimension 3. Let of x1 = ( 2/2, - 2/2, 0), x2 = ( 3/3, 3/3, 3/3), and x3 = ( 6/6, 6/6,
Purdue - ECE 301 - 301
ECE 301, Homework #7, due date: 10/12/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.htmlQuestion 1: [Basic] p. 256, Problem 3.23(a,b). Hint: You need to use the solution of Textbook Problem 3.5 and the time-shift property of Fourier series r
Purdue - ECE 301 - 301
ECE 301, Homework #8, due date: 10/26/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.htmlQuestion 1: [Basic] p. 260, Problem 3.37.Question 2: [Basic] p. 261, Problem 3.38.Question 3: [Advanced] p. 261, Problem 3.39. Question 4: [Basic] For
Purdue - ECE 301 - 301
ECE 301, Homework #9, due date: 11/02/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.htmlQuestion 1: [Basic] p. 334, Problem 4.3.Question 2: [Basic] p. 334, Problem 4.4.Question 3: [Basic] p. 336, Problem 4.10.Question 4: [Basic] p. 336, P
Purdue - ECE 301 - 301
ECE 301, Homework #10, due date: 11/09/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.htmlQuestion 1: [Basic] Write down the synthesis and analysis formulae of DT FT. Question 2: [Basic] y[n] = cos( 3 n). Plot the DT FT Y (ej ). 2 Question 3:
Purdue - ECE 301 - 301
ECE 301, Homework #11, due date: 11/16/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.htmlQuestion 1: [Basic] Consider an AM-DSB signal y(t) = (x(t) + 0.5) cos(3t) is sent by a transmitter. 1. In what condition can we use asynchronous demodul
Purdue - ECE 301 - 301
ECE 301, Homework #12, due date: 11/30/2011 http:/cobweb.ecn.purdue.edu/chihw/11ECE301F/11ECE301F.htmlQuestion 1: [Advanced] We use the basic setting as stated in p. 632, Problem 8.24(a). But we only need to answer the following questions instead: 1. Fin