PPT-Great divide

Author : lois-ondreau | Published Date : 2017-10-14

of macroeconomics Aggregate demand and business cycles Aggregate supply and economic growth The Great Divide Classical macro Full employment Flexible wages and

Presentation Embed Code

Download Presentation

Download Presentation The PPT/PDF document "Great divide" is the property of its rightful owner. Permission is granted to download and print the materials on this website for personal, non-commercial use only, and to display it on your personal computer provided you do not modify the materials and that you retain all copyright notices contained in the materials. By downloading content from our website, you accept the terms of this agreement.

Great divide: Transcript

of macroeconomics Aggregate demand and business cycles Aggregate supply and economic growth The Great Divide Classical macro Full employment Flexible wages and prices Perfect competition and rational expectations. brPage 1br 9 Great Grandmother 10 Great Grandfather 11 Great Grandmother 12 Great Grandfather 13 Great Grandmother 14 Great Grandfather 8 Great Grandfather 15 Great Grandmother 4 Grandf The structure of a divideandconquer algorithm applied to a given problem has the following form Base Case When the instance of the problem is suf64257ciently small return the answer directly or resort to a different usually simpler algorithm that is great-great-great-grandmother(level5ancestor) great-great-grandmother(level4ancestor) _ great-grandmother(level3ancestor) _ grandmother(level2ancestor) _ mother(level1ancestor) _ you _ andsoon(andsimi CS 46101 Section 600. CS 56101 Section 002. . Dr. Angela Guercio. Spring 2010. Analyzing Divide-and-Conquer Algorithms. Use a recurrence to characterize the running time of a divide-and-conquer algorithm.. CIS 606. Spring 2010. Analyzing Divide-and-Conquer Algorithms. Use a recurrence to characterize the running time of a divide-and-conquer algorithm.. Solving the recurrence gives us the asymptotic running time. n where Observe, that the number of subproblems is not necessarily equal to . The total numberof steps is obtained by all steps needed to solve smaller subproblems plus thenumber needed to combi 18 AugGreat-great-granddaughter-in-lawDebrah A. EastmanGreat-great-great-granddaughterRichard SmithJeremy Beattie SmithGreat-great-great-great-grandsonDiane L. Eastman Great-great-great-great-granddau A. Fiat and T. Tassa, “. Dynamic Traitor . Tracing. ”, . J. . Cryptology. , vol. 14, no. . 3, 2001.. T. Laarhoven et al., “. Dynamic Tardos Traitor Tracing . Schemes. ”, . submitted for publication. . The . Syllable . Structure. Ling 308-131. Prepared by: Ms. . Sahar. . Deknash. The Syllable Structure. Definition:. A . syllable is a unit of sound ( phonological unit) which is composed of:. A central obligatory nucleus . Without models. How many groups of 0.3 are in 0.6?. This problem is equivalent to 0.6 . ÷ 0.3. You can. use a grid to model this division by circling groups. of 0.3 and counting the number of groups.. Section 5.5 Part 1. One method used to divide polynomials . similar to the way you divide numbers.. A method used to divide any polynomial . by divisor of the form . x – k. ..  . Quotient.  . 1. Recurrence Relations. Time complexity for Recursive Algorithms. Can be more difficult to solve than for standard algorithms because we need to know complexity for the sub-recursions of decreasing size. R. - REDEEMING. GREAT GRACE. A- ABUNDANT. GREAT GRACE. C- COMFORTING. GREAT GRACE. E- EVERLASTING. GREAT . G . - Great. R . - Redeeming. A . - Abundant. C . - Comforting. E. . - Everlasting. 1. 10.22 ÷ 14. 2. 59.84 ÷ 32. 3. 751.2 ÷ 25. 4. 6271 ÷ 4. 5 Minute Check. Estimate and divide .Round to the nearest tenth, if necessary. . 1. 10.22 ÷ 14. 5 Minute Check. Estimate and divide .Round to the nearest tenth, if necessary. .

Download Document

Here is the link to download the presentation.
"Great divide"The content belongs to its owner. You may download and print it for personal use, without modification, and keep all copyright notices. By downloading, you agree to these terms.