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Course Information Course Code: MTH111 Course Title: Logic and Linear Algebra Credit Units: 2 Credit Units Year of Study: One Semester: First
Course Introduction and Description
Logic is one of the most interesting and important topics you will ever study. Logic teaches us how to recognize good and bad arguments. Evaluating arguments is a skill common to Mathematics, physics, psychology, and any other intellectual field. Logic help us to construct good arguments, evaluate reasons, and know when they should, and should not, be convincing. In recent years, Linear algebra has become an important mathematical background needed by mathematicians, engineers, computer scientists, physicists, economists, and statisticians, among others. This shows the wide applications of the topic.
During this course, you will be thought the meaning of negation, conjunction, disjunction, implication, biimplication, and tautology, universal and existential quantifier. Different types truth tables will be exposed to you. Details explanation on permutation and combination will be provided. You will learn binomial expansion, algebraic operation of matrixes and determinant.
This course will provide you with basic knowledge of logic and linear algebra and will assist you in writing computer programs.
Course Prerequisites
You are required to have the following to be qualified for this course.
1. Five credits in SSCE certificate
2. Basic Computer Operations proficiency
3. Online interaction proficiency
4. Web 2.0 and Social media interactive skill.
Course Learning Resources
 Bruce Ikenaga, 2020, Logical Connectives, https://sites.millersville.edu/bikenaga/mathproof/logicalconnectives/logicalconnectives.pdf
 ] Bruce Ikenaga, 2020, Truth Tables, Tautologies and Logical Equivalence,,https://sites.millersville.edu/bikenaga/mathproof/truthtables/truthtables.html
 P. Keef and D. Guichard, n.d., Introduction to Higher Mathematics, Quantifiers, https://www.whitman.edu/mathematics/higher_math_online/section01.02.html
 The Institute of Chartered Accountants of India, n.d., Business Mathematics and Logical Reasoning, Chapter 5 Basic Concepts of Permutations and Combinations, https://cafoundation.in/wpcontent/uploads/2018/06/Chapter5BasicConceptsofPermutationsandCombinations.pdf
 Maths is Fun, n.d., Mathematical Induction, https://www.mathsisfun.com/algebra/mathematicalinduction.html
 Onlinemaths4all, n.d., Pascalâ€™s Triangle and the Binomial Theorem, https://www.onlinemath4all.com/pascaltriangleandthebinomialtheorem.html
 Mathcentre, 2009, Pascalâ€™s Triangle and the Binomial Theorem,http://www.mathcentre.ac.uk/resources/uploaded/mctypascal20091.pdf
 Global Online Maths, n.d., Binomial Theorem: Proof by Mathematical Induction, https://medium.com/mathadam/binomialtheoremproofbymathematicalinduction1c0e9265b054
 [2] Interactive Mathematics, 2020, The Binomial Theorem, https://www.intmath.com/seriesbinomialtheorem/4binomialtheorem.php#:~:text=%20The%20Binomial%20Theorem%20%20
 Mark Kudlowski, n.d., The Binomial Series for Rational Powers, http://mkhometuition.co.uk/index_files/A250_Binomial_Series_Rational.pdf#:~:text=THE%20BINOMIAL%20SERIES%20FOR%20
 Expii, 2019, Properties of Matrix Addition, https://www.expii.com/t/propertiesofmatrixaddition5142
 Interactive Mathematics, 2018, Multiplication of Matrices,https://www.intmath.com/matricesdeterminants/4multiplyingmatrices.php
 Byjus, n.d., Determinant of a Matrix, https://byjus.com/jee/determinants/#multiplicationoftwodeterminants
 ChiliMath, 2020, The Formula of the Determinant of 3x3 matrix https://www.chilimath.com/lessons/advancedalgebra/determinant3x3matrix/
 Byjus, n.d., Minors and Cofactors, https://byjus.com/jee/minorsandcofactors/
Course Objectives
This course shall among others ensure that you:
1. Discuss the concept of logic and abstract thinking
2. Understand the concept of permutations and combination
3. Illustrate Binomial expansion of algebraic expression
Understand the algebraic operations of matrixes and determinants
Activities to Meet the Course Objective
The course material is written in a simple and concise way that will help you understand this course and encourage you to understand it very well. Logic is a very interesting topic that you will enjoy studying it. For you, appropriate sites and standard references have been given. In this class, there will be a lot of chatting and online networking through WhatsApp, Facebook and Instagram. Individual and group assignments will take place. No late assignment from you will be entertained or acknowledged and thus, with your report, be very serious. Completion and prompt submission of tasks can also act as part of the evaluation. You are supposed to read carefully and grasp this course material very well. On your cell phones, you are also supposed to have software applications such as WhatsApp, Facebook and Instagram, a working email address and a phone number so that you can talk, connect and exchange ideas with each other. Please do not hesitate to use my email addresses, phone numbers and social media sites to contact me. Please do not hesitate to use my email addresses, phone numbers and social media sites to contact me. Thank you and bless God.
Course Currilcum


 Session 1: Connectives Unlimited
 MTH 111 (M1 S1)Assignment 1 1 week, 3 days
 Session 2: Truth Table. Unlimited
 MTH 111 (M1 S2)Assignment 1 1 week, 3 days
 Session 3: Quantifiers and validity of argument Unlimited
 MTH 111 (M1 S3)Assignment 1 1 week, 3 days

 Session 1: Permutations. Fundamental principle of permutations. Unlimited
 MTH 111 (M2 S1)Assignment 1 Unlimited
 Session 2: Types of Permutations Unlimited
 MTH 111 (M2 S2)Assignment 1 1 week, 3 days
 Session 3: Combinations Unlimited

 Session 1: Mathematical induction and Binomial expansion Unlimited
 Session 2: Binomial theorem. Unlimited
 MTH 111 (M3 S2)Assignment 1 7 days
 Session 3: Binomial theorem for rational numbers Unlimited
 MTH 111 (M3 S3)Assignment 1 7 days
 Session 4: Binomial expansion in approximations. Unlimited
 MTH 111 (M3 S4)Assignment 1 7 days

 Session 1: Matrix and Arithmetic operation of matrices. Unlimited
 MTH 111 (M4 S1)Assignment 1 7 days
 Session 2: Multiplication and Determinant of a matrix Unlimited
 MTH 111 (M4 S2)Assignment 1 7 days
 Session 3: Minors and Cofactors of determinant Unlimited
 MTH 111 (M4 S3)Assignment 1 Unlimited
Course Instructors
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