Recommended Sequence of Topics for Math 1

This outline is for a 14-week semester and assumes that there are three 50-minute class periods plus one 75-minute lab period each week. There is also one 75-minute recitation period each week.

I. Sequences, Differences, Difference Equations, and Sums

       
           

Week

Topic

Estimated

DDS

P&P

Module

   

# of Periods

Sections

Sections

 

1

Intro: Modeling Change with DDS

1

1.1 - 1.4

1.1 &1.4

Numerical Solution of a DDS on EXCEL

 

Numerical Solutions of a DDS

1

1.1 - 1.4

1.1 & 1.4

dds.doc (Word file)

 

Charge Cards and Drug Dosages

1

1.1 - 1.4

Worksheet

 
 

Long-term Behavior of Solutions: Equilibrium and Stability

1

1.1 - 1.4

Worksheet

 
           

2

Analytical Solutions and the Method of Conjecture

2

2.1

1.5

Retirement Planning or Deer and Cougars

 

First-Order, Linear, Homogeneous Difference Equations

2

2.2

1.5

or Newton's Law of Cooling (TI-CBL)

retirement.doc (Word file)
deer_cougars.doc (Word file)

           

3

Nonhomogeneous Diff Eq's: Constant Functions

1

2.3

1.6

Retirement Planning or Deer and Cougars

 

Nonhomogeneous Diff Eq's: Exponential Functions

1

2.4

suppl.

or Newton's Law of Cooling (TI-CBL)

 

Nonhomogeneous Diff Eq's: Polynomial Functions

1

2.5

suppl.

retirement.doc (Word file)
deer_cougars.doc (Word file)

 

Exam No. 1

1

-

-

 
           

4

Various Applications of 1st-Order, Linear, Diff Eq's

1

2.6 & 2.7

throughout

Lake Pollution ILAP and/or Deer and Cougars

 

Modeling Change with Systems of Diff Eq's

1

3.1

1.8

and/or Heat in a Bar or Spread of a Disease ILAP

 

Numerical Solutions of Systems of Diff Eq's

2

3.2

1.8

and/or Boat/Car Rental

deer_cougars.doc (Word file)
heat_bar.nb
car_rentals.doc (Word file)

           

5

Cobwebs for Linear and Nonlinear Diff Eq's

1

7.3

1.7

Exploration of Equilibrium and Stability of

 

Stability and Long-term Behavior via Cobwebs

1

7.4

1.7

Linear Difference Equations using Cobwebs

 

Nonlinear Systems, Equilibria, and Phase Plane Orbits

1

8.1 & 8.2

suppl.

equilibrium.doc (Word file)

 

Sequences and Differences

1

9.1

1.2

webplots.doc (Word file)

           

6

Difference Tables and Graphs

1

9.2

1.3

Convergence of Secant Slopes on the

 

Sums and Series

2

9.3

1.9

Derivative Function

 

Exam No. 2

1

-

-

Ch2_sec.nb

           
           

7

Functions of a Continuous Independent Variable

1

9.4

1. 10

Using Riemann Sums to Estimate Areas,

 

Derivatives: Limit of a Difference Quotient

1

9.5

1. 10

Volumes, and Lengths of Arc

 

Sumarize DDS and Transition to Calculus

2

9.5 & 9.6

1. 10

Ch4_avl.nb

           
           

II. Calculus

       
           

Week

Topic

Estimated

Thomas

 

Module

   

# of Periods

Sections

   

8

Limits and Rates of Change

1

1.1

 

Take It To the Limit and/or Going to Infinity

 

Finding Limits and One-Sided Limits

2

1.2

 

and/or Typing Equations and Making

 

Limits Involving Infinity

1

1.3

 

Presentations (Power Point)

Ch1_lim.nb
Ch1_inf.nb

           

9

Continuity

1

1.4

 

Derivatives, Slopes, Tangent Lines and

 

Tangent Lines

1

1.5

 

Making Movies and/or Convergence of

 

The Derivative as a Function

1

2.1

 

Secant Slopes on the Derivative Function

 

Exam No. 3

1

-

 

Ch3_lin.nb
Ch2_sec.nb

           

10

The Derivative as a Rate of Change

1

2.2

 

Overview of Mathematica/Maple

 

Derivatives of Powers, Quotients, and Negative Powers

1

2.3

 

ChP_intr.nb

 

Derivatives of Trig Functions

1

2.4

   
 

The Chain Rule

1+

2.5

   
           

11

The Chain Rule

1+

2.5

 

Implicit Differentiation Program for TI-92(89),

 

Implicit Differentiation

2

2.6

 

Mathematica, or Maple

 

Related Rates

1+

2.7

 

implicit_diff_ti.doc (Word file)

           
           

12

Related Rates

1+

2.7

 

Plotting with a CAS 

 

Extreme Values of a Function

2

3.1

 

ChP_intr.nb

 

Exam No. 4

1

-

   
           

13

The Mean Value Theorem and Differential Equations

1

3.2

 

Motion Along a Straight Line: Part I

 

The Shape of a Graph

2

3.3

 

Ch2_mo1.nb

 

Graphical Solutions of Autonomous Differential Equations

1+

3.4

   
           

14

Graphical Solutions of Autonomous Differential Equations

1+

3.4

 

Student Presentations

 

Student Presentations

2

-

   
 

Review for Comprehensive Final Exam

1

-

   
           

15

Final Exam

2

-