sh is
ar stu
ed d
vi y re
aC s
o
ou urc
rs e
eH w
er as
o.
co
m
Th
https:/www.coursehero.com/file/10271126/Contour-Plots-Lab/
sh is
ar stu
ed d
vi y re
aC s
o
ou urc
rs e
eH w
er as
o.
co
m
Th
https:/www.coursehero.com/file/10271126/Contour-Plots-Lab/
sh
HOANG NGUYEN
A03891128
Assignment 4
28.Generate a listing of all purchases made by the customers, using the output shown in Figure
P7.28 as your guide. (Hint: Use the ORDER BY clause to order the resulting rows as shown in
Figure P7.28)
MYSQL>
SELECT
INVO
MATH 3470
Lab 5 Functions of 3 Variables
Part 1 - How to Visualize a Function of Three Variables
A function of three variables can be defined in MATLAB in a manner extending from two to three
variables. However, we will see that it is often helpful to red
MATH 3470
Lab 8 - Partial Derivatives
In this lab, we will use MATLAB graphics to understand the geometrical meaning of partial
derivatives. Before starting on the lab, make sure you download the m-files dqx.m, dqy.m,
xslice.m, and yslice.m from the websi
5" MATH 3470
Lab 4 - Contour Plots
In this lab, we will use Matlab to demonstrate how contours are related to graphs of functions of two
variables.
Part 0 Functions of Two Variables
Before starting in on contours, we will present a new way to work with fu
~. * * m5
\
MATH 3470
Lab 3 - Graphs of Functions
The purpose of this lab is to use MATLAB to visualize graphs of functions of three variables. We will
also review some categories of functions of two variables and nd other ways to represent them.
Part 1 D
MATH 3470
Lab 2 Three Dimensional Space
The purpose of this lab is to use MATLAB to visualize space with a three dimensional rectangular
coordinate system. You will also visualize the coordinate planes, sue the distance formula, and
solve problems with th
MATH 3470
Lab 6 Vectors
In this lab, we will use MATLAB to illustrate vectors as well as vector operations (addition,
subtraction, scalar multiplication and dot product). IVV I
Part 1 Vectors
Two features about vectors we wish to highlight are:
a. A vecto
MATH 3470
Lab 7 Vectors Again
In this lab, we will use MATLAB to continue illustrating vectors and operations, the cross and dot
product. We will also deduce the formula for a plane and investigate the right hand rule.
Recall the Dot Product & Major Prope
MATH 3470
Lab 9 Local Linearity & The Differential
In this lab, we will use MATLAB graphics and computation to demonstrate linearization of functions
of two variables.
Part 1 The Tangent Plane Approximation Formula
Consider the function of two variables f
The Geology of Texas
What can we learn?
Local examples to illustrate the theory of plate tectonics Geologic history of Texas Texas' geologic resources
Petroleum Coal Minerals Groundwater Fertile soils
The Geologic Map of Texas
Ages of rock units indicat
Ready for Lab 10 help If you find difficult to get answers for ready for lab question study the following question which is very similar to the one in Ready for lab section of lab 10. The Environmental Protection Agency recently investigated a spill of ra
Laboratory I.10 It All Adds Up
Goals
The student will work with Riemann sums and evaluate them using Derive. The student will see applications of integrals as accumulations of changes. The student will review curve fitting skills.
Before the Lab
The Befo
Laboratory I.9 Applications of the Derivative
Goals
The student will determine intervals where a function is increasing or decreasing using the first derivative. The student will find local minima and maxima of functions. The student will determine the i
Laboratory I.8 Newton's Method
Goals:
The student will learn how to solve equations using Newton's Method. The student will get an introduction to iteration and dynamical systems.
Before the Lab:
Newton's Method is a technique which uses derivatives to s
Laboratory I.7 Linking Up with the Chain Rule
Goal
The student will figure out the Chain Rule for certain example functions.
Before the Lab
The Chain Rule is the derivative rule which accounts for function composition. 2 For example, consider the functio
Laboratory I.6 Investigating the Intermediate Value Theorem and Fixed Points
Goals
The student will discover and acquire a feel for one of the major theorems in calculus. The student will apply the theorem in practical and theoretical ways. The student w
Laboratory I.4 Explorations with the Slopes of Tangents
Goals
Students will reinforce lecture concepts about the relationship between slopes of secant lines and slopes of tangent lines. Students will understand why some functions do not have tangent line
Laboratory I.3 Introduction to Limits of Functions
Goals
The student will develop an intuitive understanding of the concepts of the limit. The student will be able to determine the existence of the limit of a function by using tables to look at the numer
Laboratory I.2 Functions and Their Graphs
Goals
The student will become more familiar with graphing functions in DERIVE The student will gain more experience doing algebra with DERIVE.
In the lab (80 pts)
In the first part of this lab, we will explore so
Laboratory I.1 An Introduction to DERIVE1 for Windows
The TAMUCC Mathematics Faculty This document is intended as a brief introduction to DERIVE, a program available to you on the TAMU-CC student (PC) network. DERIVE is capable of doing many routine calcu