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# Trigonometry for Electrical Engineering

1. Navigating Trigonometry for Electrical Engineering: From Fundamentals to Applications Embark on a comprehensive journey through the fundamentals of trigonometry, tailored specifically for its crucial applications in electrical engineering. Explore the foundational concepts, including Point Lines & Angles, Intersecting & …

## Overview

### 1. Navigating Trigonometry for Electrical Engineering: From Fundamentals to Applications

• Embark on a comprehensive journey through the fundamentals of trigonometry, tailored specifically for its crucial applications in electrical engineering.
• Explore the foundational concepts, including Point Lines & Angles, Intersecting & Parallel Lines, and Triangles, laying the groundwork for advanced electrical calculations.

### 2. Unveiling the Power of Theorems: Mastering The Pythagorean Theorem

• Delve into one of the most fundamental and widely used theorems in engineering – The Pythagorean Theorem.
• Understand its significance in electrical engineering and its applications in solving geometric problems and AC current, voltage, and impedance calculations.

### 3. Exploring Unique Triangles and Ratios: Building Blocks of Trigonometry

• Explore unique triangles and the ratios of their sides, essential building blocks that form the basis of trigonometry.
• Gain insights into the practical applications of these concepts in electrical engineering, setting the stage for more advanced topics.

### 4. Trig Functions and Tangents: A Deep Dive into Essential Concepts

• Master several of the most used Trig functions, including those involving Tangents, as they play a pivotal role in electrical engineering calculations.
• Gain proficiency in manipulating these functions to address real-world problems and scenarios.

### 5. Defining the Unit Circle: Gateway to Trig Identities

• Define the Unit Circle and unravel its significance as a gateway to various Trig Identities.
• Explore Sum to/from/product co-functions, double & half-angle formulas, and understand how these identities are applied in electrical engineering contexts.

### 6. Trig Identities in Action: Realizing Their Practical Utility

• Witness Trig Identities in action and comprehend their practical utility in solving complex problems encountered in electrical engineering.
• Apply these identities to enhance mathematical precision and accuracy in AC circuits, phasor analysis, and beyond.

### 7. Mastering Time Domain Trig Functions: A Crucial Aspect in Electrical Analysis

• Dive into the realm of Time Domain Trig Functions, a crucial aspect in understanding electrical signals and waveforms.
• Explore how trigonometric concepts are applied in the time domain, providing insights into waveform analysis and signal processing.

### 8. Bridging Theory and Application: Real-World Examples in Electrical Engineering

• Bridge the gap between theoretical knowledge and practical application by exploring real-world examples in electrical engineering.
• Apply trigonometric principles to analyze AC circuits, solve impedance-related challenges, and navigate complex electrical scenarios.

### 9. Revisiting and Reinforcing: Consolidating Trigonometric Knowledge

• Reinforce and consolidate trigonometric knowledge, ensuring a strong foundation for tackling advanced electrical engineering concepts.
• Engage in practical exercises and problem-solving scenarios to solidify your understanding of trigonometry in the context of electrical applications.

### 10. Beyond Basics: Significance of Trigonometry in Advanced Electrical Engineering

– Explore the advanced applications of trigonometry in electrical engineering, including complex power calculations and phasor analysis. – Grasp the intricacies of trigonometric functions in addressing sophisticated challenges, positioning yourself as a proficient practitioner in the field. Enroll in this course to embark on a transformative learning experience, mastering trigonometry and its applications in the dynamic realm of electrical engineering. Whether you’re a beginner seeking a solid foundation or an experienced professional aiming to enhance your skills, this course offers a structured and comprehensive to more courses:DEV-HOC

## Instructor

An entire career in the power sector of engineering, Graham graduated from Queen's university coupled with subsequent studies with Wilfrid Laurier University to travel the globe and apply his skills and garner his protection and control experience internationally.
His passion for staying in touch with his profession and his kinship for mentoring has kept him in front of an audience of learners.

## Package

• ### Electric vehicle competition preperation Package

37 course included
This package prepares you for electric vehicle competition by focusing on both soft skills and technical knowledge required.
196.00 \$
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### Requirements

• Intermediate mathematics; equations; binomials

### Target audiences

• engineers & technologists, students of engineering & technology