Lab 0: MATLAB and ODE Solvers | ME 4173 Robot Kinematics | | | | Introduction The following report will display the results and conclusions of an experiment to simulate the output of an inverse pendulum system in MATLAB. The objectives of this experiment were to review MATLAB programming and using MATLAB to simulate ODEs and systems. Objectives * Examine the basics of MATLAB * Use MATLAB to simulate a system * Use ODE solvers to numerically integrate the
Words: 828 - Pages: 4
would become very difficult to stay attached, especially when you consider that the length of a tapeworm is much larger than the width of the neck. 2. My hypothesis will be confirmed if the slope value (or scaling coefficient, α) of the linear equation of the graph of the log of the neck width versus the log of the rostellum diameter is equal to 1. This is because we are comparing two 1 dimensional features of the cestode, unlike Poulin who compared a 2 dimensional feature (surface area of body)
Words: 449 - Pages: 2
Chapter 4 Types of Change First order: incremental change, maintain and develop the organization, they are changes designed to support organizational comunity and order. Fine-tuning, incremental Adaptive, incremental but recreative: * Individual initiatives: small-scale changes, personal initiatives, identifying and emplementing small-scale changes. Individual ability to create or exploit a tech. 1. Autocratic 2. Meritocratic 3. Social club Second order: discontinuos change
Words: 617 - Pages: 3
09. Net Ionic Equations tutorial.doc Introduction to Net Ionic Equations This tutorial will give you an algorithm for writing net ionic equations for aqueous reactions in general chemistry. Knowledge of the solubility rules is necessary to complete this tutorial. A list of solubility rules is provided at the end of the tutorial for review. Net ionic equations are necessary in chemistry for several reasons: 1. They show only those species undergoing chemical change – “spectator” ions are removed
Words: 2280 - Pages: 10
Author Note This paper was prepared for MAT110, Module 4 Homework Assignment Directions: Please show all of your work for each problem. If applicable, you may find Microsoft Word’s equation editor helpful in creating mathematical expressions in Word. There is a tutorial on using this equation editor in Module 1 Lecture Notes. You also have the option of hand writing your work and scanning it. 1. Find the greatest common factor. 4, 6, 12. =2 2. Factor. 24x3 + 30x2 = 6x(4x^2+5x)
Words: 783 - Pages: 4
Science is defined as “the intellectual and practical activity encompassing the systematic study of the structure and behavior of the physical and natural world through observation and experiment (Merriam-Webster’s online dictionary, n.d.).” Science may have been, is, or will be a part of someone’s life. Personally, science always has been, is, and will be not only a part of my life, but my life itself. My interest in science came from my experiences with animals from as early as I can remember
Words: 537 - Pages: 3
Differential Equations by tarungehlots Concepts of Differential Equation Consider a variable that might denote the per capita capital stock level in an economy. When convenient, we can recognize that the level of capital depends upon time by addition the time argument. Doing so, we would write the per capita capital stock level as , rather than just writing . If we think of time as unfolding continuously, we can also think of capital as being a continuous function of time
Words: 2717 - Pages: 11
years, and took an Intro to College Math class. I wasn’t sure if I still remembered what I had learned in high school, but it all clicked after just one week. After reading Real World Application #20, The Origins of Equations, in this class, I started thinking, where did all these equations come from, when did it start and where. So in this paper, the origin of algebra and some of its different writers will be looked at. Algebra’s history had originated from ancient Egypt and Babylon. From the
Words: 842 - Pages: 4
Lab # 111 “Projectile Motion” Objectives : The purpose of this lab is to understand projectile motion in two dimensions and apply linear motion equations to solve the problem. Also to predict where a given size bullet to be placed in horizontal direction to leaving table. In addition to that measure the range of projectile leaving table at an angle, and use the value to predict where the projectile bullet to strike at floor. Theory : To predict where bullet will land on the floor when
Words: 525 - Pages: 3
actual quadratic curves came about during the ancient Greek times but they now have more real world applicability than one would think. Quadratic equations described the orbits where the planets moved round the Sun but also furthered advances in astronomy (Budd & Sangwin, 2004). A long time ago Galileo found some type of link between quadratic equations and acceleration (2004). I would believe that being able to solve real world quadratic problems are important in business because we should be able
Words: 1307 - Pages: 6
