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Applied Mathematics - Mathematical Reasoning

Develop essential mathematics skills with expert instruction and practical examples.

Online Course
Self-paced learning
Flexible Schedule
Learn at your pace
Expert Instructor
Industry professional
Certificate
Upon completion
What You'll Learn
Master the fundamentals of mathematics
Apply best practices and industry standards
Build practical projects to demonstrate your skills
Understand advanced concepts and techniques

Skills you'll gain:

Professional SkillsBest PracticesIndustry Standards
Prerequisites & Target Audience

Skill Level

IntermediateSome prior knowledge recommended

Requirements

Basic understanding of mathematics
Enthusiasm to learn
Access to necessary software/tools
Commitment to practice

Who This Course Is For

Professionals working in mathematics
Students and career changers
Freelancers and consultants
Anyone looking to improve their skills
Course Information

About This Course

Mathematical ReasoningMathematically acceptable statementsConnecting words/ phrases - consolidating the understanding of "if and only if (necessary and sufficient) condition", "implies", "and/or", "implied by", "and", "or", "there exists" and their use through variety of examples related to real life and MathematicsValidating the statements involving the connecting words difference between contradiction, converse and contrapositiveSUMMARY1. A mathematically acceptable statement is a sentence which is either true or false. 2.

Explained the terms: - Negation of a statement p: If p denote a statement, then the negation of p is denoted by ∼p. - Compound statements and their related component statements: A statement is a compound statement if it is made up of two or more smaller statements. The smaller statements are called component statements of the compound statement.

- The role of "And", "Or", "There exists" and "For every" in compound statements. - The meaning of implications "If ", "only if ", " if and only if ". A sentence with if p, then q can be written in the following ways.

- p implies q (denoted by p ⇒ q) - p is a sufficient condition for q - q is a necessary condition for p - p only if q - ∼q implies ∼p - The contrapositive of a statement p ⇒ q is the statement ∼ q ⇒ ∼p. The converse of a statement p ⇒ q is the statement q ⇒ p. p ⇒ q together with its converse, gives p if and only if q.

Provider
Udemy
Estimated Duration
10-20 hours
Language
English
Category
Science & Academia

Topics Covered

Mathematics

Course Details

Format
Online, Self-Paced
Access
Lifetime
Certificate
Upon Completion
Support
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Course Details
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This course includes:

Lifetime access to course content
Access on mobile and desktop
Certificate of completion
Downloadable resources

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