- USE OF COMPUTER SYSTEMS AND MODELS Louis J. Gross
- Math 152 -Exam 3 -Spring 2004 You may use calculators for this exam. Do all your work on the sheets provided, not this
- Math 583 Assignment #2 Spring 1995 1. Consider the onelocus, two allele model with constant selection and no mutation, where x t ,
- MATH 151 -FALL 2003 MATHEMATICS FOR THE LIFE SCIENCES
- Michael M. Fuller, Louis J. Gross, Scott M. Duke-Sylvester, and Mark Palmer. 2008. Testing the robustness of management decisions to
- BIOGRAPHICAL SKETCH OF LOUIS J. GROSS Departments of Ecology and Evolutionary Biology and Mathematics
- A BASIC INTRODUCTION TO CONCERT SOUND ENGINEERING Compiled by Lou Gross -Jubilee Community Arts
- Report for Faculty Senate on Potential Impact of Institution of Minus Grades on Student Grade Point Averages
- Graduate Council Minutes G 951 February 1, 2007 THE UNIVERSITY OF TENNESSEE
- Exponentials, logarithms and rescaling of data
- Role of Theory in Biology Alternative approaches to biological investigation
- Math 152 -Sample Exam 2 -Spring 2004 Note that this Exam will cover sections 12-18 in the text but may include a problem similar
- Math 152 -Sample Exam 3 -Spring 2004 Note that this Exam will cover sections 19-26 in the text but does rely on your knowledge of
- Math 152 -Sample Exam 2 -Spring 2005 Note that this Exam will cover sections 12-18 in the text but may include a problem similar
- CS594 Section#28446, EEB504 Section#33827 Meeting Time: Mondays 3:40-5:40,
- MATH 151 -FALL 2005 MATHEMATICS FOR THE LIFE SCIENCES
- Math151 -Fall 2005 Extra Credit Project This project is not required for the course -if you choose to complete this project it will only be applied
- Math 151 -Fall 2006 -Project #5 The Leslie Population Model in a Random Environment: Consider the Leslie model of a pop-
- MATH 151 -FALL 2007 MATHEMATICS FOR THE LIFE SCIENCES
- Math 151 -Fall 2007 -Project #5 The Leslie Population Model in a Random Environment
- Math 151 Exam 1 Fall 2006 Louis Gross Do all your work on the sheets provided (please use only one side of a sheet),
- Introduction to Biological Data Analysis and Statistics Steps in the process of understanding data
- Math 151 Introduction to Eigenvectors The motivating example we used to describe matrixes was landscape change and vegetation suc-
- Math 152 -Exam 3 -Spring 2005 You may use calculators for this exam. Do all your work on the sheets provided, not this
- Math 151 Introduction to Eigenvectors The motivating example we used to describe matrixes was landscape change and vegetation suc-
- Report to the UTK Faculty Senate Budget and Planning Committee on Analysis of Faculty Salary Data based upon Gender using Data from Fall 2007
- Sewer Line Planning: Choosing Optimal Routings
- Math 151 -Fall 2004 -Project #4 The Leslie Population Model in a Random Environment
- Role of Theory in Ecology Lou Gross -University of Tennessee -gross@tiem.utk.edu
- MATH 583 Section # 55872 Spring 1995 EVOLUTIONARY THEORY
- Computational Bioinformatics
- MATH 151 -FALL 2004 MATHEMATICS FOR THE LIFE SCIENCES
- Math 152 -Sample Exam 3 -Spring 2005 Note that this Exam will cover sections 19-25 in the text but does rely on your knowledge of
- Resolution from the Faculty Senate Benefits Committee Request to Study Implementation of Wellness Program for UT Faculty and Staff
- Drug testing example for conditional probability Suppose that a drug test for an illegal drug is such that it is 98% accurate in the case of a
- Math 151-2 INTRODUCTION TO MATLAB L. J. Gross -August 1995
- MENSTRUA (Version 1.2 1/94) Copyright 1994 University of Tennessee, Knoxville
- Appendix 1. Model Equations Terms are color coded as transcription (green), translation (blue), nuclear transport
- MATH 152 -SPRING 2004 MATHEMATICS FOR THE LIFE SCIENCES
- Quantitative Training in the Life Sciences: Designing an Undergraduate Curriculum in
- MULTIMODELING: NEW APPROACHES FOR LINKING ECOLOGICAL MODELS Louis J. Gross
- To appear in: MAA Notes Volume "Undergraduate Mathematics for the Life Sciences: Processes, Models, Assessment, and Directions" edited by Jenna Carpenter, Glenn
- Drug testing Example for Conditional Probability and Bayes Theorem Suppose that a drug test for an illegal drug is such that it is 98% accurate in the case of a
- Math 152 -Exam 2 -Spring 2005 You may use calculators for this exam. Do all your work on the sheets provided, not this
- Math 152 -Computer Project 2 -Spring 2005 -Revised Optimization and Foraging Theory
- Math151 -Fall 2004 Extra Credit Project This project is not required for the course -if you choose to complete this project it will only be applied
- MATH 151 -FALL 2006 MATHEMATICS FOR THE LIFE SCIENCES
- Math 152 -Sample Exam 1 -Spring 2004 Note: This sample exam is longer than the actual exam will be -it is designed to give
- Linear Regression and Correlation Notes Suppose there is a data set of n data points (xi , yi) where you have plotted these using a scatter
- Drug testing example for conditional probability Suppose that a drug test for an illegal drug is such that it is 98% accurate in the case of a
- Math 152 -Sample Exam 1 -Spring 2005 Note: This sample exam is longer than the actual exam will be -it is designed to give
- Math 151 -Fall 2005 -Project #4 The Leslie Population Model in a Random Environment
- Ecological Applications, 18(3), 2008, pp. 711723 2008 by the Ecological Society of America
- MATH 583 SPRING 1995 Selected References in Evolutionary Theory Bulmer, M. (1994) Theoretical Evolutionary Ecology.
- Math151 -Fall 2007 Extra Credit Project Louis Gross This project is not required for the course -if you choose to complete this project it
- Graduate Council Minutes G 936 November 16, 2006 THE UNIVERSITY OF TENNESSEE
- MATH 152 -SPRING 2005 MATHEMATICS FOR THE LIFE SCIENCES
- A Review of "Synthesizing ecological experiments and observational data with
- Math151 -Fall 2006 Extra Credit Project This project is not required for the course -if you choose to complete this project it will only be applied
