Download - Final Mob Syllabus
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SYLLABUS
Faculty : Economics
Program : Management
Unit : Mathematics for Business
Code :
Credits : 3 (classroom hours)
Semester : 1
Prerequisite : -
Lecturer : Suresh Kumar
Content : The students can apply the mathematics tools to solve business problems
Objectives
Upon completion of this course, students are expected to be able to:
1To construct mathematical equation from given problems
2 To differentiate between linear equations, quadratic equations and somepolynomial equations
3 To construct data presentation from linear, quadratic and polynomialequations into matrix algebraic
4To sketch linear and quadratic graphics
5 To construct Maximum and Minimum values of quadratic functionsapplication
6To analyze maximum and minimum profit with marginal analysis
7To solve integration application problems
8To determine the area indicated in figure through integration method
Learning Activities / Classroom Policy
Students are required to be in class and to actively participate in class instructions. Students
will complete a mid-term exam (classroom examination), four term exams, and a final
project. Students must attend 80% of the class attendance. For those who fail to attend the
class more than 3 times are considered fail and will get straight E.
Make-up Tests
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Make-up tests will be arranged only in cases of illness, emergencies, or
absolutely unavoidable situations. Students must explain such situationswith appropriate supporting documents to justify a make-up test.
Evaluation
Assignments Week due Percentage
Term Exam 1 Week # 3 5%
Term Exam 2 Week # 6 5%
Term Exam 3 Week # 11 5%
Term Exam 4 Week # 13 5%
Mid-Term Exam Week # 7 40%
Final Exam Week # 14 40%
Total 100%
Grading Policy
A 85-100
B 70-84
C 60-69
D 55-59
E
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Course Schedule
Matrix
Week Topics / Sub Topics Objectives Assignments
and
Assessments
Source
1 Introduction to the
course
Linear Equation Characteristics of
Linear Equations
Graphical
Characteristics
Slope-Intercept Form
Determining the
Equations of a Straight
Line
Linear Equations
Involving more than
Two Variables
Additional Applications
Students are able :
To determine theequation which
represents a linear
relationship
To graph the linear
equations
To solve a variety
of application of
linear application
Budnick
Section 2.1No. 24, 25, 26,
29, 30
Section 2.3
No. 25, 26
Section 2.4
No. 1, 3, 7, 9,
23, 27, 31, 32,
34, 35, 37, 39
Section 2.6
No. 7, 9
Budnick
Ch 02
2 Two Variable Systems
of Equations
Elimination Method
Graphical analysis More than 2 Variables
Students are able :
To solve two or
more variable
systems of
equation using
Budnick
Section 3.1
No. 11, 13, 15,
17, 19, 29, 31,
Budnick
Ch 03
3
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Selected Application elimination and
graphicallyanalysis
To interpret the
result
33
Example 16,
17, 18, 19
Section 3.4
No. 7
3 Term Exam 1
Linear Function Applications
Linear Cost Functions
Linear RevenueFunctions
Linear Profit Functions
Week 1 and 2
Students are able :
To identify total
costs in terms of
total variable cost
and total fixed cost
To compute total
revenue
To construct the
profit function
To interpret the
result
Essay Test
Budnick
Ch 05
4 Linear Function Applications
Straight-Line
Depreciation
Linear Demand
Functions
Linear Supply
Functions
Market Equilibrium
Break-Even Analysis
Students are able :
To construct thelinear function
To sketch the
linear function
To analyze the
market equilibrium
prices trough the
supply and demand
functions
To analyze the
profitability of a
firm through
Budnick
Section 5.2
No. 1, 3, 7, 11,
13, 19
Section 5.3
No. 6, 9, 10,
11, 13
Budnick
Ch 05
4
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Break-Even
Analysis To interpret the
result
5 Quadratic Functions
Definition
Graphical
Representation
Applications
Quadratic Revenue
Functions Quadratic Supply
Functions
Quadratic Demand
Functions
Supply Demand
Equilibrium
Polynomial Functions
Students are able :
To identify
quadratic functions
To construct the
quadratic equation To sketch the
quadratic functions
To solve
polynomial
functions
Budnick
Section 6.1
No. 1, 5, 17,
19, 33, 35
Section 6.2
No. 1, 3, 7, 9,13, 14
Budnick
Ch 06
6 Term Exam 2
Review :
Linear Application
Quadratic Application
Week 3 and 4
7 MIDTEST
8 Matrix Algebra
Matrix Operations
The Determinant The Inverse of Matrix
Selected Application
Students are able :
To summarize and
display numbers or
data
To rearrange the
data elements in a
matrix through
transpose of a
matrix
To construct matrix
operations such asaddition,
Budnick
Section 9.2
No. 3, 7, 9
Section 9.3
No. 9, 21, 23,
25, 37, 39, 41,
45
Section 9.4
No. 3, 9
Section 9.5
No. 5, 7
Budnick
Ch 09
5
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subtraction,
multiplication To construct matrix
representation of
system of
equations
To compute a real-
valued number of a
square matrix
To determine the
inverse of a matrix
Section 9.6
No. 1, 3, 7, 11
9 Differentiation
Rules of Differentiation
Higher-Order
Derivatives
Identification of
Maxima and Minima
Students are able :
To identify the maximum
and minimum values
Budnick
Section 15.5
No. 5, 9, 27,
35
Section 15.6
No. 39, 47
Section 15.8
No. 11, 15, 27
Section 16.2
No. 1, 15, 29
Budnick
Ch 15
and Ch
16
10 Optimization Applications:
Revenue Application
Cost Application
Profit Application
Marginal Approach to
Profit Maximization
Real Estate Application
Welfare Management
Compensation Planning
Elasticity of Demand
Students are able :
To construct
maximum revenue To construct
minimum cost
To construct
maximum profit
To analyze
maximum profit
through marginal
analysis
Budnick
Section 17.1
No. 1, 3, 13,
15, 19, 23
Budnick
Ch 17
6
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11 Term Exam 3
Integral Calculus
The rules of integration
Other techniques of
Integration
Week 9 and 10
Students are able :
To solve
integration
problems using
different
techniques
Budnick
Section 18.2
No. 9, 17, 21
Section 18.3
No. 13, 15, 23
Section 18.4
No. 9, 11, 15,
17
Budnick
Ch 18
12 Integral Calculus: Applications
Definite Integrals
Definite Integrals and
Areas
Applications of Integral
Calculus
Students are able :
To solve definite
integrals
To determine the
area indicated in a
figure
Budnick
Section 19.1
No. 23, 25, 27,
51, 53, 57
Section 19.2
No. 1, 3, 5
Section 19.4
No. 1, 7, 9, 11
Budnick
Ch 19
13 Term Exam 4
Review:
Matrix
Differentiation
Integral Calculus
Week 11 and 12
14 FINALTEST Evaluation
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