This collection aggregates all the math clip art around the topic of Graphs of Functions and Relations. There are a total of 19 images. This collection of resources is made up of downloadable PNG files that you can easily incorporate into a presentation.
Math Examples Collection: Equations of Parallel and Perpendicular Lines
Overview
This collection of examples on Parallel and Perpendicular Lines offers a comprehensive exploration of fundamental geometry concepts. The examples progressively increase in complexity, covering a range of skills from basic angle relationships to more advanced problem-solving techniques.
Visual models are a key feature of these examples, helping to simplify and illustrate abstract concepts involved in parallel line geometry. These visual aids make it easier for students to grasp relationships between corresponding angles, alternate interior angles, and other important angle pairs.
The collection covers various skills, including solving equations with angles from parallel lines cut by a transversal. Students benefit greatly from analyzing multiple examples, and Media4Math provides an abundance of practice opportunities that surpass the number typically found in textbooks and digital curricula. This extensive set of examples allows students to reinforce their understanding and problem-solving abilities across different scenarios.
Subscribers to Media4Math can further leverage these resources by using the Slide Show Creator at https://www.media4math.com/SlideShowCreator to develop customized presentations. This tool enables educators to tailor their lessons, incorporating these examples into their teaching materials for a more engaging and effective learning experience.
This collection aggregates all the math examples around the topic of Polygon Classification. There are a total of 36 Math Examples. This collection of resources is made up of downloadable JPG images that you can easily incorporate into your lesson plans.
In this module, students explore the properties of regular polygons and use their skills to construct tile patterns. Students learn about Arabesque tile patterns found throughout the Middle East. These tile patterns are based on Euclidean geometric principles.
In this lesson students explore and use the properties of isosceles triangles to solve real world problems. After learning the basics of isosceles triangles they apply what they learn to the structure of the Eiffel Tower. In particular, they learn about triangular trusses.
In this lesson students will use their basic understanding of circles to learn how circular structures are built. The example shown is that of the Roman Colosseum. Students will construct an oval shape from circular arcs to simulate the elliptical shape of the Roman Colosseum.
Applications of Linear Functions: Circumference vs. Diameter
As the size of a circle changes, so does the size of the diameter and that of the circumference. In fact, there is a linear relationship between these two measures. This relationship can be modeled with a linear function. In this module students will study this linear function and examine its properties, including the fact that the slope of this function is π itself.
Have you noticed how wrinkled an elephant's skin is? What purpose does it serve and what does math have to do with explaining this phenomenon? Well, the explanation for an elephant's wrinkled skin is almost entirely a math story.
Why are castles so tall? In this module students explore indirect measurement by seeing how simple angle measure, height measurements, and tangent ratios can be used to calculate distances. The context of castles provides a historically relevant military purpose for the tallness of castles.
Turn the Halloween season into an opportunity to do some math activities! In this module, you'll find a clever collection of arithmetic, algebra, and geometry activities. This module includes video, hands-on activities, and games.