Linear Relations - A Complete Introduction
What you'll learn
- Learn the basics and fundamentals of the line y = mx+b
- Graph a line in many ways
- Get an equation from algebra, a table or a graph
- Solve word problems
Requirements
- No prior math experience needed. Learn from the ground up and get ahead!
Description
Explore the fundamental principles of linear relations in this engaging and accessible high school math course. Designed to build a strong foundation, this course takes students step-by-step through understanding and working with straight lines on the coordinate plane.
Key Topics Include:
Labeling Coordinates: Understanding the x-y coordinate system and accurately identifying points.
Plotting Points and Graphing Lines: Connecting coordinates to graph a straight line.
Graphing from Equations: Translating linear equations into visual representations.
Finding the Equation of a Line: Deriving equations from tables, graphs, and two points.
Determining Intercepts: Calculating x- and y-intercepts directly from an equation.
Tables of Values: Building and interpreting tables to graph linear equations.
Word Problems: Applying linear relations to solve real-world scenarios.
This course emphasizes practical skills and logical problem-solving, equipping students with the tools they need to confidently approach challenges in mathematics and beyond. By building a solid foundation in linear relations, students will develop critical thinking abilities and a structured approach to problem-solving that extends beyond the classroom. Whether you're aiming to excel in advanced mathematical topics, prepare for standardized tests, or apply math concepts to real-world scenarios, this course offers the clarity and confidence needed to succeed. Whether you're a math enthusiast with a passion for numbers or someone seeking to strengthen your understanding of linear equations, this course is your stepping stone to achieving your academic and personal goals.
Who Should Take This Course:
Ideal for high school students looking to master the basics of linear relations, this course is perfect for anyone preparing for higher-level math or seeking a clearer understanding of straight-line equations.
Who this course is for:
- Beginner math students with no prior knowledge.
Instructor
Martin is a dedicated and dynamic educator with a passion for teaching Math, Science, and Computer Science. With years of experience helping students navigate the complexities of STEM subjects, Martin has earned a reputation as a patient and innovative instructor who makes learning both accessible and exciting.
Martin's journey into teaching was fueled by his deep interest in analytical thinking and technology. With a strong academic background in engineering and computing, he combines theoretical knowledge with practical application to create lessons that resonate with students. His ability to break down complex concepts into manageable and relatable ideas helps learners of all levels gain confidence and mastery in their studies.
In Math, Martin excels at guiding students through topics ranging from foundational arithmetic to advanced calculus, always emphasizing real-world applications. In Science, he engages students with hands-on experiments and vivid explanations that bring abstract concepts to life. As a Computer Science instructor, Martin introduces learners to programming, algorithms, and cutting-edge technologies, empowering them to develop the skills necessary for the digital world.
Martin believes in creating an interactive and supportive classroom environment where curiosity is celebrated and mistakes are seen as opportunities for growth. By tailoring his approach to each student’s needs, he fosters critical thinking, creativity, and a lifelong love for learning.
Outside the classroom, Martin leads workshops, mentors aspiring programmers, and stays up-to-date on the latest trends in technology and education. His commitment to nurturing the next generation of problem solvers and innovators makes him an inspiring and impactful educator in Math, Science, and Computer Science.