Math for the Liberal Arts II
MATH 106
3 credits
 

SYLLABUS

Instructor:  Linda Beattie
Office:  Global Resource Center Room 211
Phone:  538-6268
Email:  beattie@cs.wnmu.edu
Office Hours:  11:00 - 12:15 pm  TR
                          10:00 - 10:50 am MWF

TEXT:  Excursions in Modern Mathematics, 5th Edition, by Peter Tannenbaum and Robert Arnold

DESCRIPTION:
    This is the second of two semesters of Math for the Liberal Arts, a 2-semester course that presents concepts of mathematics for students outside of the fields of mathematics, business, and the sciences.   Placement is according to your COMPASS math score or successful completion of DSM 102 (Developmental Algebra).

CONTENT:
     This course covers Parts 3-4 of the text.

       Part Three:    
          Chapter 9:    Spiral Growth in Nature
          Chapter 10:  The Mathematics of Population Growth
          Chapter 11:  Symmetry
          Chapter 12:  Fractal Geometry
       Part Four:
          Chapter 13:  Collecting Statistical Data
          Chapter 14:  Descriptive Statistics
          Chapter 15:  Chances, Probablilities
          Chapter 16:  Normal Distributions
 

ATTENDANCE:
    The WNMU attendance policy is found on p. 45 of the handbook.  More than 3 unexcused absences may result in your being dropped from the course or receiving a lower grade.  Just a suggestion:  From my experience, attendance has a very direct correlation with your course grade.  Even with excuses, missed classes hurt.  And even with an excuse, you are responsible for all missed work and understanding the material, and still need to hand in homework.
 

GRADING:
   Quizzes:        20%
   Homework:    30%
   Tests:            50%
 

90-100 A        80-89 B        65-79 C        55-64 D

Note:  This syllabus may be modified during the semester if necessary.

Class Assignments:
Chapter 9
Study Problems (Practice to Learn)
#1, 5, 7, 11(a,b), 17(a), 37, 39, 41, 43

Homework Problems (to hand in)
Due:  Friday, January23
#2, 6, 8, 12(a,b) (c is extra credit), 18(b), 40, 44

Quiz#1- January 28

Vocabulary
assymetric growth, explicit definition of a sequence, Fibonacci rectangle, Fibonacci spiral, gnomon, gnomonic growth, golden ratio, golden rectangle, golden triangle, infinite sequence, recursive definition of a sequence, similar shapes

Chapter 10
Study Problems:  #1-17 (odds), 19, 23, 29, 37, 47, 53

Homework Problems:
Due:  Friday, January 30
#2, 6, 10, 16, 18(a,b,c),
Due:  Monday, February 2
22, 26, 31(for this problem, I just want you to list the first 5 terms of this sequence),
32(c) Also, what is the constant ratio (r)
40(b), 48, 50(a,b,d), 52

Vocabulary

annual yield, arithmetic sequence, carrying capacity, common difference, common ratio, continuous growth, discrete growth, geometric sequence, growth parameter, habitat,  linear growth model, exponential growth model, logistic growth model, periodic interest rate, transition.

Chapter 13
Due Monday, Feb 23
Homework Problems:  #5-12, 21, 22, 24, 29-36

Vocabulary
blind study, census, clinical study(trial), confounding variable, control group, controlled placebo study, controlled study, data, nonresponse bias, parameter, placebo, population, quota sampling, random sampling, randomized controlled study, sample, sample bias, sampling error, sampling frame, sampling rate, sampling variability, selection bias, simple random sampling, statistic, strata, stratified sampling, survey, target population, treatment group

Test Chapter 13
Friday, Feb. 27  

Chapter  14

Vocabulary
average (mean), categorical (qualitative) variables, continuous variable, data, data values, discrete variable,  five-number summary, frequency table, interquartile range, locator, median, mode, numerical(quantitative) variable, outlier, percentile, quartiles, variance


Homework #1 (Due Monday, March 15)
#11, 13, 14, 18, 19, 20, 22, 24, 32, 38, 40,
67(this is a question that students love to ask before the last test)
Homework #2 (Due Friday, March 19)
#44, 45, 46, 48, 56, 58

Test Chapter 14
Wednesday, March 31


Chapter 15

Vocabulary

event, certain event, impossible event, combination, permutation, odds, random experiment, sample space, probability space, multiplication rule, multiplication rule for independent events

Homework #1 (Due Monday, April12):  #2b, 4(a,b), 12, 20, 22, 26, 33, 36, 38, 40, 42, 48
Homework 2a (not to hand in, do for 4/14/04):   #49-59 (odds)
Homework #2b (Due Friday, April 16):  
#50-60 (evens)
Homework #2c (Due Monday, April 19)  #62, 64

Quiz #3 Chapter 15
Monday, April 19


Test Chapter 15
Friday, April 23


Chapter 16
Homework #1: (Due April 28)  #2, 4, 6
Homework #2: (Due May 3) #16, 22, 28, 37, 39, 40

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