PPT-GEOS 28600 Lecture 6 Wednesday 30 Jan 2019

Wrapup of The flow of ice Introduction to fluvial sediment transport The science of landscapes Earth amp Planetary Surface Processes httpgeosciuchicagoedukitegeos286002019 Logistics. Finite volume dynamical core (Lin, 2004). 1. °. x1.25. °. x72 layers. Convection: Relaxed Arakawa-Schubert (. Moorthi. and Suarez, 1992). Modified after . Sud. and Walker (1999) to compute rainout from updraft. 1. CS21 . Decidability and Tractability. Lecture 7. January . 23, 2019. January 23, 2019. CS21 Lecture 7. 2. Outline. equivalence . of NPDAs and CFGs. non . context-free . languages. deterministic PDAs. Lecture 8. Tuesday 24 April 2018. What makes a planet habitable?. Today. Homework 2 is . due now . Graduate students + undergraduates who choose the term paper option: Send term paper topics to . kite@uchicago.edu. 1. CS21 . Decidability and Tractability. Lecture . 21. February 27, 2019. February 27, 2019. CS21 Lecture 21. Outline. NP-complete . problems: Hamilton path and . cycle,Traveling. Salesperson . Problem. February 26, 2019 CS410 – Software Engineering Lecture #3: C++ Basics I 1 Literal Constants A literal string constant is composed of zero or more characters enclosed in double quotation marks. CS151 Complexity Theory Lecture 16 May 28, 2019 May 28, 2019 PCP PCP[r(n),q(n)] : set of languages L with p.p.t . verifier V that has (r, q)-restricted access to a string “ proof ” V tosses February 8, 2019 CS21 Lecture 14 1 CS21 Decidability and Tractability Lecture 14 February 8, 2019 February 8, 2019 CS21 Lecture 14 2 Outline Post Correspondence Problem b eyond RE and co-RE Recursion Theorem a GEOS-Chem perspective. Johan Schmidt. Harvard University. CONTRAST/ATTREX/CAST STM (October 22. nd. ). Thanks to: D. Jacob, R. Volkamer, Q. Liang, C. Keller, M. Evans, . T. Sherwen, E. Apel, R. Salawitch, and others. ARCHITECTURE ADCSS - Wednesday, November 12th, 2019 Pierre SPIZZI, CNES AGENDA ADCSS - Wednesday , November 12th, 2019 2  DARWIN HISTORY AND GOALS  AVIONIC AND ELECTRICAL ARCHITECTURE  HY 2020. The science of landscapes:. Earth & Planetary Surface Processes. ICE MOVEMENT – GLEN’S LAW. TEMPERATURE STRUCTURE WITHIN ICE SHEETS. EFFECT OF GLACIAL EROSION ON TOPOGRAPHY. (Earth examples). Jan 2019. How is topography supported? Alternatives to . isostasy. What limits the height of mountains?. The science of landscapes:. Earth & Planetary Surface Processes. http://geosci.uchicago.edu/~kite/geos28600_2019/. The science of landscapes:. Earth & Planetary Surface Processes. Different worlds show similar behavior in gravity-topography ratio (“admittance”). as a function of wavelength. Mars. 2π. GρΔz. Lecture . 8. Monday. 5 Feb . 2017. Impact cratering: . modification. HOMEWORKS 1 & 2 RECAP. EXCAVATION, SEDOV. -TAYLOR SIMILARITY SOLUTION. COMPLEX CRATERS. Impact . cratering II. Homework 1, question 4 recap. 1. Bioinformatics III. X-ray structure of the nucleosome core particle consisting of core histones, and DNA. Top view.. www.wikipedia.org. Side view shows two windings of DNA and two histone layers. The DNA of eukaryotic organisms is packaged into chromatin, whose basic repeating unit is the .